Solidworks Chapter 1 : Basic 2D Sketching

1. Chapter 1 Introduction: Greetings everyone and welcome to solid works to redrafting and 3D modelling cost. So under this course, we have Chapter one, whereby we cover basic 2D sketching under Chapter one. So let's have a look at the details that you will learn under chapter one. Chapter one, we will be basically focus on 2D sketching, right? So we will look into basic 2D sketching. Therefore, before we move on to the 2D sketching, first, we start with the software user interface. So we need to get familiarized with the software user interface. Therefore, in this chapter, I will walk you through about the software user interface. And of course, we will look into more details about the software drafting thickness, which is sketch, relation and dimensions. Alright, so basically we look into these are drafting techniques that we have under the software called Solid Works, whereby we use such as sketch relation and dimension to control the sketches. All right, so that'll be the main agenda under Chapter one. And next we will look into how to read drawings and sketches. Or we want to look at the external drawings and sketches. And based on those drawings and sketches, we're going to draw a new one. How to read the existing sketches. So I will walk you through that as well. And last but not least, of course, I will show you how to draw a 2D sketch using solid works based on some examples. Alright, so that's pretty much what will be covered under Chapter one. Alright? So the benefit, this chapter is basically this is one of the five chapters of soluble cost. So it exposed the participant with a 2D and 3D drafting skills, alright, using the software, so only works. Okay, so basically at the end of this chapter you will able to get weld was with soluble interface. Alright? And you are able to draw 2D sketches using SolidWorks and use SolidWorks sketch control functions such as cash relations and dimensions. And the last part is you able to read other drawing effectively. So that's the benefit of the chapter. Alright, so who should join this course? Alright, So those who are new in the field of drawing and drafting using softwares, you pretty much will be happy to take this chapter 1 to those who are eager to learn using CAD system. So system there are lot Solid Works one-off it, which is quite widely used. And those once again, drafting skills using the software soluble. So basically you guys are supposed to take this course. So thank you very much and enjoy learning. 2. Lesson 1 Solidworks Walk Through Part 1: Greetings students. So in this lesson, I will show you how to launch the software SolidWorks, and as well as I will walk you through the software. Alright, so let's start with launching the software. So the software that I have here is only works 2019, so you just click to launch it. And all we have to do is wait until it loads. So it is always depends on how good your PC is. If it is a very good spec that you have, you can hold it. The loading will take very short period of time. However, if you have low spec PC will take some time. So the soluble portion that I have is student edition and is a 20192020 version. And once it's opened up, it will look like exactly like this. You can see on the right-hand side, we have the so-called soluble resources. We also can call as a task. So this is the home. Alright, and then you can also look at the design libraries over here, whereby you have Toolbox and so on. Then over here is the File Explorer, okay, and then we have view pellets. Most of the time you look at it when you are producing the design. To the engineering drawing. Alright, so then on the top left hand side, we have this home dialogue. And then we have this new documents to create, and then this is to open an existing file. So let's say you want to open an existing file that you already draw. You can always go here and click and select that particular file. However, if you want to start a new drawing, you better to click over here to select the new growing. Okay? So once you click on New Drawing, you'll be prompt to this window. Okay, so in this window, have three different options. Option one that you see on the far left-hand side over here is written as a part. Then the one in the center is written as assembly. Okay, and then the one on the right is written as drawing. So what is drawing pad is a 3D pie. You want to draw a designer 3D part. Use drawing. So if you already have so-called few drawing and then you want to assemble them, you can use assembly drawing here. You can click on assembly and then you can start on assemble all the parts. So once we have these two done so you can go produce 2D engineering drawing, whereby a comes with detail dimension and everything. You can select part to produce the duty drawing. All yours. You can select assembly to produce the, the drawing. Okay, So these are the three options that you have before you start your drawing. So far. To start, always can go for part drawing. That's the very, very initial stage. Can click on part and then you click OK here. So we wait until it loads to the drawing canvas with all the features. You would think very short period of time. Like what I say is depends on your computers spec that you have. If it is a very good spiky will load very fast. Alright, is already loaded. Okay, So we have used sections here, and I would like to start from the top. Look at the top here. So all the buttons, home button here. Then we have new documents to create here. Then we have, this looks like a folder, basically is to open an existing folder. So all this is called pull-down menus. And you want to save, you want to bring, this one is to rebuild your features that you have changed file properties. And these two options will only change any option or you want to add, adding anything. Okay, so this is the pull-down menus. And then over here, all this, all this is called common manager. So under common manager we have features, right? So the first thing that we see is a features and then we have catch. Alright, so most of the time when you are doing drawings, start drawing, start sketches. You will start with a sketch and then you will start. You'll continue with the features, header. Features make some changes and so on. And the third one over here is evaluate. Alright, so we want to evaluate your drawing. For example, want to check indifference. You want to measure. The distance you want to create mock-up view, section properties, performance evaluation. We want to check the curvature. And then you add up the process traps to see how the certain surface behaves. Okay? So these are under evaluate, okay? And then we have this, we call it M DB dimensions, so we don't use them much, but this is very detailed dimensioning method. Alright? Okay, so this will be taught when you are going for more advanced certification program. Then we have soluble add-ins whereby you can add in at, for example, you want to edit toolbox one entity simulation you want to add in flow simulation you want to adding soluble plastics and so on. You can add in here. Well, then we continue with simulation here. This something called stress analysis kind of simulation. You can start the study, but before that you obviously you need to draw or design something first. Then only you can start the simulation to see how this particular object behaves. Okay, then we have this again, same thing, more detail. Dimensioning, okay? Like wass, surface finish. You want to add on symbols, node, and so on. Okay? You want to add on tables, section views. Then we have soluble camps are soluble. Calcium is actually the word CAM is actually computer aided manufacturing. So when we talk about computer-aided manufacturing is that this Solid Works will help you to create the chords G codes or M code. This course we use in CNC machines. So this course you will generate for you so that we can help you to do the machining with z and z, right? So I didn't go through in detail about how to work with soluble can because it's more advance level, right? So therefore, I don't want to touch on it much. Then we have soluble camp dBm. Okay, and this is something related to what I've said, computer aided manufacturing. And then the last one is his analysis preparation. So before you go for analysis preparation, there are few things you can, you want to make changes to your 3D. You can do it here. So however, when it comes to our basic SolidWorks use usage, the most features that we use is sketch on your left under the command manager. And then we have the features. And the third one is evaluate. These are the three main important, especially the first two is the most important. Evaluates comes after, whereby you want to evaluate whether you want to check whether your designs okay or not. So these are the three command manager that you will probably will use a lot. On below here. This is what we call features design. Features manager, designed three, like what I've said just now is a design three. So you can see these are the breakdown, alright, breakdown of what is this tree and rotation and material of the particular part. Okay, So once you update the material here, when we generate the 2D drawing, it will update the material in the engineering drawing layer under the title block itself will automatically update that. Alright, so that's the good thing about having everything in the design tree accordingly. As you can see, this is the front plane. So when I move the cursor to the front plane, it shows the how the front-page look quite graphic area of Canvas, Drawing Canvas. Okay. So these are the Franklin nuclei and this top plane look like and how the right plane looks like, right? So what we see over here is like what I say is a design three, okay? As you draw, continued to draw, these three will extend, extend NH. Then you will see that three is a continued to extend on your left-hand side. And whenever you want to make any changes at the very beginning, you can do it here. Once I show you how we'd won a few examples, you will understand that better. Okay, Then we have something over here, which is so-called hits up view toolbar. Under here we have Zoom method to Zoom, Zoom to area. Okay, and then you can also look at the previous view. But if you are very soluble user, you will automatically use the keyboard keys. And actually if you move the cursor to the icon die, he suggests Control Shift and the button Z. So when you hold these buttons, you will automatically brings you to previous view. Then we have section view and we have orientation display style. So here you can hide what you want to hide and so on. So this is what we call as heats up view toolbar. Alright, so I believe I already have show you almost 80 per cent of what we have on solely work layout here. Then let's move down. Okay, so when you move down, actually there is nothing much here and we have model over here. Then we have 3D views, right? So most of the time you don't mess with this unless you actually do the motion. Then if we don't do that for CSWA, then we have model view. And whenever you start to do simulation, you will have more tabs appear here. Then on the bottom right-hand side we have this, which is unit system. So here you can actually always, you can click and change the unit of your drawing. You can choose to have IPS, you can choose to have MKS, or you can choose CGS or MM NGS, okay, So most of the time we use MDS to draw, but however, always depends on your drawing. If you're drawing are in inches, I recommend you to do it in just because you don't want to go through the struggle to convert yourself. What you always can change it here whenever you want. But then you also can, towards the end, you can produce in the layout based on what the dimension that you want to show. Alright, So I believe with this, I already complete the tour. Walk through there solely work layout. Okay. Alright, so with that, I stop this video. Thank you. 3. Lesson 2 Solidworks Walk Through Part 2: Greetings students. Okay, so now it will be soluble work 2019, walk through part two. In part one, already explained or does show you around what is each of the component parameters is. In part two, I will show you a few things or how to start the sketch, but then not exactly. I'm going to show you how to sketch, how to start two important parameters that I want to show. Let's have a look at the front plane, top plane, and right plane. These are the three important plane that you start the sketch. Okay? So now let's say you want to start your play, sorry, you want to start your drawing on your front plane. Before we start the drawing, the first most important is to make sure that the unit that you want to use on draw is accordingly. Choose accordingly. So for example, I want to do it as a millimeter, so I'll just make sure it's MGS. Alright? And then in fact, we can change it later part, but most of them, I prefer to make sure it's the right unit. Alright, so let's have a look at the front plane over here. So when you click on front plane, it will appear like this, this so-called front. But then if you notice is the view is slightly not perpendicular to your eyes. Alright? So how to change this particular plane that is perpendicular to your eye is you right? Click over here, you right-click on the front plane over here. So this will pop out. Then if you notice, this is how you can start the sketch as well. You can right-click and start the sketch. Then this is how you can show this, the front plane. And then you can zoom to select. Zoom to Selection. And this is what we call normal too. So when you click on normal to, this particular plane, will adjust its view so that it is the perpendicular to your eyes. So let me show you. So when you click on it, you'll notice the plane actually adjust its position and it is a perpendicular to your view. Okay, so same thing goes to the top plate. If you notice, now top plane looks flight. You can right-click on it and then you can click normal too, so that you can view, so that the plane is actually perpendicular to your eyes, your view actually. So same thing for the right plane, right? You can click normally, do. Okay? So this is how you set the start point of the drawing here. Either you can start from front plane, top plane, or the right plane. So let me show you a simple sketch. For example, I want to do it on front plane. Okay? So I click to adjust the position of the plane so that is perpendicular to the screen and my eyes. And then you either can start the sketch over here. By clicking this catch. All. Can always go to the here. When you see the sketch. Then you can start the sketch by clicking. At this point, you can start the sketch. Alright, and then this is the place you can see the sketch number one started means your first so-called designed three. As you can see this the so-called design three, we have started with a sketch number one. So once you add up, you will continue over here, down here. And then you can see the history of your drawings on your left side, which is under the design three. Alright, so you can click to sketch, means you already open up the command to start the sketch on front plane. Since you already selected from frame, you started the sketch. Whatever you sketch will be on front plane alone. Okay, So now already start discussion, I can choose a11, for example, I can choose the circle. Again, start from the point here, which is a 0. I can click here and then I can start to drop. Okay? Alright, so I can draw and then I skipped. Okay, I can exit as well. But then if I exit earlier, so and then if I rotate, how to rotate like this is to use your scroll button on your mouse and then you can rotate as you like. Okay, so now I have no idea of what, what is the plane It is on. Alright, so how to do that? Sorry, how to bring this drawing back to its original position? We just right-click on Sketch Number one. You click on Normal too. Okay, So now you're back to the original position. So these are the few important things that I need to show you. That's the reason why they came up with this lesson. Soluble 2019 Walkthrough Part Two. Okay, so with that, I end this video. Please watch the following video for further updates and also learning. Thank you. 4. Lesson 3 Introduction to Sketching: Students, In this lesson, we will try to sketch a simple sketch using solid works. Okay? So if you looked at it, the first thing, we will sketch a line and a circle on top plane, right? So we're going to draw using top plane. And then the dimension of the line is given over here, 50 m, m and angle is 45 degree. And the circle, the dimension is given is radius of 15. So let's try the first. Catch simple sketch first, right? Alright, so this is a software SolidWorks. Now let's have a look at the top plane. So right-click on top plane and make sure you click on the normal to rise. So always make sure the word top plane is on the top. So actually you're viewing from the front. Therefore you play again and select normal to this how we looks like. Alright? So instead of this, we can see is written as a bottom and you click normal dog games. This is actually the top plane. You can view it and here as well. Alright. So now once you have adjust the top plane accordingly, now we can start the sketch by clicking on the sketch over here. So click on the Sketch, right, and then you click on the line over here. Okay? So you click on the line. You can start from this point and then you can just extend to any point and then just click first. And then you as k, right? So we already have the line where we have no idea about the dimension. Therefore, we use the smart dimension over here. So we click on it. And then you can see, if you can see there is the icon beside the cursor, looks like a smart dimension. So therefore you already activate the smart dimension. So now we move to the line, you click on the line, right. It will automatically pop out the dimensions, so it's just click here, right? And then you enter the dimension that you need. So for this exercise is a 50, right? And then you enter, you will auto, adjust the line dimension for you. Okay? Then the next dimension for the line is the angle. Alright? So same thing. What we have to do is you click on the line, okay? Right, but don't click anywhere else because this is just a normal dimension. So what I need you to do is to click at this point, after you click the line, don't click anything else. Just click at this point, right? Then you will see these arrows. These arrows will help you to find out where you want to the angle dimension to start from. I want to angle dimension start from this arrow. Okay? So I click this one. Then the dimension of the NGO will automatically, will pop up over here. So I can click here and I can set it to 45 degree angle. Alright? So now you already complete with the line, okay? And then can off the smart dimension, are we here? Right? And then we can continue with the circle. So now we click on the circle. Then you can just draw it anywhere here. Maybe I can draw it over here. Then I click at this point. All right, So the dimension for the circle is our 15. So radius of 15. So now use the dimension. Then I click on it. Pop out like this. So what the dimension that you saw is actually diameter. But then the question says are 15. So therefore the diameter should be 30. So I click here and then I set the diameter to be 30. Alright? So once you are done with the very first so-called the first step of this simple sketch. Write the number. The next following is to add relation to line and the circle. Then the relation is using tangent, right? So let's go back to this only works. Then we add the relation of tangent of this both circuits. So what do you have to do is to add this tangent, you just have to select the line, sorry, the circle and the line by holding the Control button. So when you selected these two on the right-hand side, you can see the selected entities is one and line one, right? So once you have this entity, so we're here, now you add the relation is tangent, so you can just click over here to add the religion of the tangent, right? So once you add relation of the tangent to the circle will automatically move to the pollution red line is up here, right? And then you click Okay. Alright. However, the position can be managed around here. You can click in the middle. You can still move it along this line because there is no fixed point yet. That's the reason why the circle is still showing in blue color, right? So one, once we see is in blue color, it means it's not defined, fully defined yet is called under the fine. Alright? When it is in a bright color is fully defined. So when it is undefined means the particular object or drawing is not fixed yet. And it can be moving anywhere along this line as long as it's still stay tangent to that particular line. Alright, so that is the relation. And the last part of this exercise is at the dimension to both entities. You already done that and change the dimensions follow. So what we have to do is you need to change the line to 45 MM and 60 degree and the circle to be our graph. Okay? So what? The change is very easy. You just have to double-click on the dimension and change it to 45. And then double-click on the angle to change it to 60. And double-click on the circle dimension and change it to a radius of 12, whereby the diameter will be 24. Alright? Okay, so this is how you can actually set the dimensions and drawing and play around with dimensions and so on. You also can also set relations, okay? And then you can change the dimension after you already done the drawing. Alright? So basically we've done this exercise over here. Therefore, I think with that, I stop this video and I said, Thank you. 5. Lesson 4 How to control sketch via dimensions in Solidworks: Greetings students. So in today's lesson we will look into how to control a drawing using dimensions. Okay, So let's have a look at the drawing that we're going to refer for today. We're going to use this box over here, this dimension to draw and control this particular drawing using the dimensions. So we have few major dimension, like what you can see over here. The land, the height, this circle, given the radius of 0.5. Then the distance from the distance between the circles than the distance of the circle position from the bottom. So these are the important information that we have to draw. The box. On top of that, I would like to show how to control the relations that we have. Like for example, powder, horizontal, perpendicular. So this religion, how the fact you're drawing, right? And then on top of that, if you notice this rectangular is starts from this point. That point is 0, whereby you can see the two arrows pointing up and pointing on the right. So we're going to start drawing from that. So this rectangular, so-called centered rectangular in work. So let's have a look in the soluble. So first of all, you can start the drawing by starting a new documents by clicking here. So I start off with the part drawing. Click Okay, over here. Then we wait for it to load. So the drawing that we had, the one I showed, initially, it is in inches. So therefore, before we start the probing, you need to change the units to inches. So we have it here in M, M, D, S. Therefore, we need to click over here and change it to IPS, inch, on and on. Okay, so now we've already changed a unit so we can start the drawing and the drawing that we had, I want to draw it on the top plane over here, on top plane over here. And then I start the sketch by clicking over here. So when I do that, the plane is automatically rearrange and reposition so that it is a perpendicular to your point of view. Then we have a sketch, one over here, which is representing the work that you are currently doing. Okay, so let's start drawing and then it is using rectangular. So what we have here is corner rectangular and then B must change it to center rectangular. So how can we find centered rectangular? We peek at this point to look at the list of rectangular that we have. You can look at the second one, which is centered rectangular. So this is what we're going to use it for today. Click on Center rectangular. Then we can start from this point over here. And we just then the rectangular to any location. So we can click anywhere we want, especially here. Maybe you can stop it there and click over there. So we can see a blue lines. Rectangular is formed. Why blue line is called under defined, under defined because you haven't defined any dimensions to this particular drawing. So when it is under defined, you can just actually can drag it one, sorry. Let me remove this drawing. And so all right. So by clicking any point, we can actually extend the growing what we want. So because it's not define, this particular rectangular is movable. So therefore we need to define it. So one way of defining it is adding up dimensions. So therefore we let start with the dimensions. So we have top dimension to be six inch six over here. We have, on the right is representing the height, which is at. 3.5 inch. Okay. So how do you do add up or dimension is by clicking on the line. And this particular measurement pop out and then you click again. And then you can make the changes. So now when I add up one more dimension on the left, you notice that is one note came up in the top left hand corner. So this node is just to show you that what dimension do you edit? His driven dimension. So it is called driven because you already defined the dimension and you are just adding up extra overuse dimension. So it's not gonna make any difference to this drawing. We can sell it all in future. Make sure you do not over defined. But now, once you already had these two dimension, you're drawing is not in the brightening color and it is called fully defined. And then when you already removed the old define that I mentioned, now, this just now you'll notice that NADH came out over here. No longer defined. Okay, so now let's add up the circular, circular that we have into this growing. So how to add the circle? Just like look at this circuit over here. So we can click on the circle. Then we can just click and click again to create the circuit. So remember how to create a circle like just what I did, just click anywhere you want to define the center point of the circle then were extended to define where it's supposed to stop this. Okay. Okay. So both of them are not identical and then has different dimensions, different sizes, I'm sorry. Now, according to the example, so let's go back to the example circuit. Actually having the radius of 0.5. So let's go back. Then we define it. So let's find the dimension for the circle is radius of 0.5. Therefore, the diameter should be one inch. Same thing for this one inch. Now already defined what circle, however, is still in blue. And note down here still shows under the file. So that is the reason why, because this particular circle is still movable. So you can just move it. I can still move it because it's haven't defined it yet properly. So now I need to reposition it to correct position by using dimension as well. So let's start that. Click on Smart Dimension over here. Then we set the distance from center point of the circle to the line over here. So when I click both point and the line, this dimension will pop out. Then we can just click over here. Then define the distance 1.5. So we do the same according to the time the drawing that we have. The distance between the two circle. The distance between two circle is given by three inch. So let's set that up. Between twos occurred. This term is three. So when I click the two points, does this dimension will come on and I have to click to set the place for the dimension over here. Then I enter the value of the dimension three inch. So now it's already position currently from left to the right, however, is still movable. That's why it's still in blue in color. So let me off the smart dimension of VFS so that I can check whether they can move on. Yes, its teeth and move it. See what happened when we moving it. These are the, some of the errors can occur when you're drawing. You might accidentally pull one off the circle to any direction. So therefore, only works always reminds the whoever draw or sketch that this particular circle is not fully defined yet. So therefore, we need to find ways to fully define it. Let me go back. Let's define the poisoning of the circle. So what left is the distance of the center of the circle over here. And to this bottom line. Let's do that. On the Smart Dimension. Click on the center point of the circle. And then we click on the line over here. Then the dimension, and click it over here. And we set the value to be 1.75. Right? So the dimension is set for this particular circular and now we continue with this second circuit. We do the same. Alright? So now when I add up the dimension for both, then what you notice is everything turn into a black color that represents that this drawing is fully defined and then you can look at the bottom here is also stated that the drawing or the sketch is fully defined. So this is how we can control a drawing and make sure there is no error will happen in future. We define it using the dimensions. It's quite important to make sure that your sketch is fully defined for knowing, to make sure there's no error. So if you can do this, I'd like you all to give a try to complete this and then you can watch the next lesson on how to extrude or on how to create a 3D drawing. Alright, so with that, I end this session. Thank you. 6. Lesson 5 How to read and understand a drawing part 1: Greetings students. This lesson, I will show you how to read a drawing before you start to sketch using SolidWorks. So if you see, it is very important to understand drawings before start sketching. Because if you don't understand the drawing, you cannot sketch your sketch something wrong. Obviously. First, I would like to show you this drawing. And then for we need to understand the drawing before we move on. Alright, so let's have a look at. First thing. You'll notice here is written as metric. When it is written is in metric, it is basically the drawing is in millimeter. Unit is not in inch, but it is in millimeter. All is in millimeter. So now you know it's in metric. Therefore, make sure you change the unit before you start the drawing. Now let's see where we can start. Alright, so basically if you notice, we can start from here. The drawing. We can start from here where we set the drawing. We can start from this part first. Then we move on to the bigger one. So my trick always, how I draw it, I will start with the small one. Then i o, well, you can say use offset to make the bigger slot on the drawing so you can offset it. So then I move on from here. From this point, I moved to this point to draw this circle and this circle. So you don't have to set the dimension yet. You just can draw first and then later we can do the dimensioning, right? So now we already dealt with the two circles. And these, remember, there is one more circle over here. There is one more circle over here. So let me show you again. Let me do that again. One more. So curl which represent this line, this particular line. Okay? So that is one more. So Kirby share the same center point. So then we can come up with this drawing. I will show you how to do this in solid works. Then you can offset it to make it bigger. I guess this. Okay, so once you complete that, there is one more circuit over here, this one. Notice. So actually it's a circle like this. And we use tangent relation to add to this point. And this point. These two points, we attached it using a relation called tangent. Okay? So once you complete with that, draw one more here, small one, and we continue with the circuit over here. Now if you notice that is a position, so we need to know how much the distance from here to here is given by 48. Then from here to the left here is given by this 1019. So all this dimension, we can actually set it later. Right? Now, we continue with this circle actually were here. And this curve is given by R 16. Then we attached to this body by using the relation of tangent. So I haven't showed that how to grid in. So it looks okay. And then last but not least, we have oh sorry, not the last one. But then the one big circle where it says two tangent point. You can relate to do position to position we using a relation of the engine. And the last part would be the straight line over here. This straight line, the point over here using that tangent point and shared another line over here using the tangent point. Well, okay, so you need to know how to draw. Before how to grow. You need to know how to read growing. Very, very important, how to draw a growing. Now, I think we already know how this, how to read this particular drawing. Now let's watch the following lesson. Whereby you see how I do it in solid works. Alright? So thank you for now. 7. Lesson 6 How to draw 2D sketch for drawing part 1: Greetings students. So in this lesson, I will show you how to draw this exercise, figure 4.76, using solid works. So I will show you how to draw based on what you see, right? So let's launch. Let's start the new. Okay? So we'll be part drawing and click on, Okay. Right? So this drawing, simple drawing, however, it's very important before we go on further, very important how you can read, how you can plan your drawing. So this exercise is just to show you how to read this particular drawing, as well as how you plan your drawing so that you can do it fast. Alright, so let me show you this that I would like to draw this. Drawing on Playing. Click on top plate. And then I start the sketch. Right? Then I started drawing this slot first. So this is what we call a straight slot, okay, according to soluble is called strict slot. We have it over here. So this is something called central point out. However, you look at the drop-down menu there you click, you can see the lease written as straight slot center 0.3 is not three-point arc slot, and the last one is a center point OK slot. So there are few choices is that for the first part of the drawing is straight slot. We click on 3D plot and we can draw from this point. We can choose either one that u1. So it can be this. We can read this as well. Okay? So I always go for the one with the distance of the points, so I choose the first one. Then I start the drawing over here. And the second is supposed to be somewhere here. Then I extended like this, and I click somewhere here. Alright, so let's move to the left and right. Okay? So I move to the left because I have a lot more to draw on the right-hand side. Now once we have this drawing, I just have to use the function called off set and tie this over here just to offset the line to outer lines. So now Audi draw, don't click anything but just go straight to the offset entities to click it over here. There'll be suggestion given by SolidWorks to offset. What is the new offset line will be looked like. They will show you in yellow. Before I set the dimension, I need to calculate price over here. So given that the small circle is r 11 and then the big circle over here is our 22. So basically the thickness will be 22 minus 11 by 11 a M, M. I insert 11 MM over here. Then I click akio here. Now we have these straight slot with a thickness of 11 ramp. You either can add the dimension now, surf if you don't want to mess it up. So we can do it as a Smart Dimension. Click on Smart Dimension over here. Then we set the radius of this slot to be radius of 11. Alright? So once we set, now we can move on to next part which is drawing this mouse over here. So we can use the function of circle. You click on it, then you can just draw anywhere you want. However, this only works can suggest where to draw whether you want to draw a line with this point or align with the center point of this plot. So I believe from the diagram or the figure 4.76, here is a straight line from the center point of the straight slot. So we can do it here. Then create a small circle, number one. Then we have so-called number two and number three, which is here, is 35. So we have three circles over that. Now, we need to draw one more circle, as you can see over here on the top. So we just draw it first because you don't know why exactly this. We can define it by. Using the dimensional data where we can draw it first. I would like to draw it somewhere here. What circles? Okay, So Dan, I'm done with this curve and I can set the dimension for these two circuits, so I use my dimension. Okay, so I said the big circle to be diameter of 70. As you can see over here is our T7, Sorry Arthur, define diameter will be 70. Then the medium or the middle circle is diameter of 44. One of the four. Then the smallest circle, the radius is given. The diameter is given as 28.528.57. So basically, it is a hole where it has a tolerance of the minimum, the lowest value and highest value is, we call it as a tolerance. When actually you are doing the drawing in solid works, you can either choose the value, okay? So we can choose the meat, meat value or you can choose the smallest value as well. So I will go by the value of 28.52, 25. Okay, so what is the dimension for this circles? And now we move on to the second on the top and set the dimension to the circuit over here. Okay, so this one is a 19.05. Then the big soccer is diameter of 40. Okay, So before I move on, so let's set the distance of this threat slot, which is 25. So always from here to here, it's grantee five. And we said the distance between this circle and this occurred, which is from here to here. It's 48. Then from center point here. From center point here to center point of this occur is, oh sorry, the smart dimension is not, it's not there. So I click Smart Dimension again. I click this point and this point. Set the distance, which is nine. Alright, so we're done with this. Now we continue with the drawing of the AP slot over here. So this ox drawn is based on the center point over here. So therefore we can use the spot over here using the center point slot over here. So click on center point OK slot. We start with choosing the center point over here. Then we choose the position. So the position over here is supposed to be this position over here. So I would like to click this poison. And then we move up to click on the question similar to this position over here. So we supposed to be somewhere here. And then we said we extend to see the thickness would click somewhere here, right? And before I go on, I just offset the entities over here, click on off-site Titus and insert the thickness. So let's have a look at what is the thickness of course will be small radius is r 11 and then the radius is R 22. So therefore the thickness is straight slot over here, which is 11 a M. We click Okay. We already have the swap over here. This acts long as the distance from this point to this point is given by this turn off Switch d. So let's say that using smart dimension from here is It's D. Okay, so once you're done, include the 60 or you add the dimensions. If there is a conflict, says that item is unsolvable. So I believe that is due to the, we haven't set the so-called the dimension for this circuit. So let's add the dimension for this slot. So the radius is 22, sorry, radius is level. Okay, So once I set the radius level, the problem is. Already disappeared. Okay, so now we need to set the distance from here to here, which is given a 148 style here, this point over here, and it is 148. Okay, so now we are getting into the lab final features, but we have not solved it yet. Okay, so we need to draw the small circle over here. Now the small circle here, big circle here, and neither one more line over here. So all these extra circles and lines, they are actually based on two points. We call it as a tangent points. So let's draw them first. So if Smart Dimension still own, it can just click on Smart Dimension to disable it, right? And then we can continue with the drawing. So I'm going to use circle to draw over here. Then I want to go on more here, then one more over here. So before I set the relation, we can add up the dimension first using Smart Dimension. This occur is actually ladies of 16. By the diameter will be 32. So same goes to this. Diameter is 30 to the big circle here is our 4444 is actually diameter of 88. Now we already said the dimension. One we have to do is now we move them are related to the original roving over here by using a tangent. So let's do one by one. We disable this one dimension first. Alright, so our grid at the bottom here. So I click on this line and then hold the Control button, then click on this. Now, these two arc on the circle is now highlighted in the light blue. Then on the left we can add the relation which is tangent. Here. When I click on tangent, if you notice the circle is attached to the arc, and then we'll click Okay over here. We do the same for the circle and the line over here. And then we add the relation to be tangent as well. So now you notice the circle move the position as per what we see in the drawing over here. Okay? So you repeat the same for this one circle over here and then big circle over here. So you can watch me do it. So it's pretty easy to do it. Now left with the big circle. So now we find this point, this occur and these lines. So don't draw, don't click on the wrong point. If you select the point, it won't give you a tangent line. So we have to select the entire line, so don't make mistakes and make sure you select the right line 0. Then add relation. Okay? So I believe I'm done, almost done. So only thing left is heading the line at the bottom here as what we can see over here. So I want to start or use the line function over here. Click on it, and then I select somewhere here. However, if you notice, when I move around along the line, the only symbol appear is coincidentally, is not a tangent line. So how to create a tangent line is when the line is highlighted in orange like this, you click, right click. Then you can see these options. We go to the quick snap and select engine step. Now, when I move the cursor, I can see one more symbol beside the coincidence in war, which is tangent inverse. So I click on the line. The line will create it. What you can see, you will create it and it will move along as if the line is tangent to the circle. Okay, so the next point is over here, right? And then if you notice ready from so I just want to make sure that Snap is correct. So I right-click again. Then I go to the quick snack and then I choose tangent snap. Then I can click over here. Then you can skip. If notice the point that is attached to is tangent and tangent as well. So now we are almost done. Then we need to remove unwanted lines. So removing unwanted lines is like screaming the word trim, my dream, You must Tiger, weird. So we also trim the lines over here. So how to trim? You look at the top here. There's something called trim entities. So we click on three main titles. You can see there are options on the left. And my favorite among all this is our trends. So you will have a look and how power works. Like for example, I want to remove the excess line over here. What I have to do is I click the power trim right over here. I create the bathroom over here. Then I click outside here, and I don't let go the left button of the mouse, I just drive the cursor inwards like this. So when I do that, the line is disappear. Alright? So what do you see here is just the dimension lines, so don't worry about it. Okay, So the original I only left at this point over here. Now let's do the power trim again. So I click here. Then I just go all the way, cross the line, cross the line, you will disappear. So this is what we call our trim and that's the reason why I love it. Now I do the same over here. Disappear. Now I can do it here. Here. We have extra here, you can just do it the same. All right, so now, when I look at it, when you look at it, it looks almost the same. Yes, it is. Looks the same, but it's still fine. So let's off the three-month. You can just click Okay to close the dream died on. The diagram is still, says under define the sketch is still a 100 different means is not complete yet. So certain parameters is not complete yet. So therefore, we need to work it out to make it fully defined. So let's Move. Let's do it so that it is fully defined. So first thing first, here, the angle 47, this find the angle for t. So therefore, let's do it now. Use the Smart Dimension. Click over the center point over here. Click over here, then I can click over here. So when I click all the three buttons or three points, it will give me this particular angle. So I click over here. Then I set the angle to be 40. Okay, So I said at least one. Okay. So let's have a look at what else we can do it so that the dimension of the drawing is fully defined. So let me set the distance from this point to this 0.48 as well. Right? So it's still not fully defined. Alright, so let's have a look at what is missing from this exercise or this dimension over here. Everything looks perfect. This will be driven by clicking here will be driven. Yes. So we can easily, because you've already done it over here. So this drawing actually almost done. Let me off. The smart dimension is, is completed. Yeah, we always do shows under defined, right? Because offset done pedometers is missing. So let's have a look at the drawing carefully again. Alright, so I can find any reason why it's not fully defined. So let's, sometimes there is a bar B. Okay, so let's save or exit fors. And then let me go back into the sketch is still the same. So if this is the problem, sometimes this is the problem that you can have it. So what we can do is you can define again and again. Until you get fully defined, we can add up dimensions. So whenever or wherever you think that is a missing dimensions, for example, let's try this one. But it's already given so you can sell. And then let's have a look at also driven. Alright. So I believe the drawing is actually completed. Sometimes this is what we can do. We can actually stop the sketch even though it's not fully defined. So it's not fully defined. What I mentioned previously, the drawing can go wrong, but however, let's check one by one. So can this move no, fix. This also fits. This fits. Everything is fixed. It's not movable. Notice everything's phase anaphase. So sometimes it's above, that is disturbing. The drawing before you actually can. Alright, I think we found a problem here. Okay, So now you see it's moving over here. Is, could be the reason why we have it as a under defined. Okay? So basically now we found the problem, so we have to settle the problem. Now, let's see how we can solve this together. So now this line when all terribly, so what I can do is just click on back, undo all the damages that I'm done. Okay. So even though I managed to move it, but still giving me the same result. So what I have to do is I have to redo this particular circle, right? Just have to redraw. Use my dimension again. Set it to be radius, diameter of the T2. Then use a tangent. And of course we use a three-month IDs to trim it. Okay, so now we need to find out how to make it fully defined. So now we found out that this particular portion over here is movable. So there are two show one of the reason, few of the reason it's smoothing. We need to, one of method to fit is I can use is add up more dimension. So I use Smart Dimension again that I choose this point and this point. Then I set it to be 48 K. So now once I said this position over here, now you can see it's fully defined. And therefore we solve the problem in future. This is what you might have to go through as well. Okay? So I'm doing it a slow pace because you need to understand how to do it. Okay? And every time and you draw, you will see these kind of problems. You need to act as fast as possible to solve it so that you can actually draw faster. Now, this exercise, I believe, has given you how to draw well, to start with to Andy and how to check if it is fully defined or not fully defined. So how to go by? So I hope this video actually show you how to draw. Now, you can give it a try. How to draw a figure 4.76. You can upload the link given that serve as exercise for you. So with that, I end this session. Thank you. 8. Lesson 7 How to read and understand a drawing part 2: Greetings students. So for now, we're going to continue with the exercise 4.77. I believe in previous exercise 4.76, already explained how to read the drawing, and I did show you how to work with the drawing insolubles, how to draw insoluble step-by-step. Okay, so now we look into figure 4.77, and then I will show you how to read this drawing first so I know it looks a little bit messy, so we take in fuel information before we start the drawing, especially There's one. So this represent the drawing. You need to be in metric, so therefore it is an m, m. And then we can start the drawing from here. Like what we did for exercise 4.76. We can actually do the same thing here. However, there is a little different when it comes to here, obviously at this point. Okay. So it looks a little bit different. Okay? So you, you still can do the same, just that you need to create the street slot twice for this. Okay? Then you can draw one more big one, and then you can trim and remove unwanted lines. Use the power three. So that's few methods mean there are various methods of growing. So it's your choice on how you want to actually draw it. Okay? So I'll leave it to individual preference how you want to draw, but this is the point where you start the drawing for us. Okay, so let's read the drawing at the beginning, from the beginning. Okay. So I believe on the left-hand side is there is no much difficulties to draw. You just have to start from one by one. So number one, you can solve over here. Sorry, for the drawing. I choose the highlighter instead of n. Okay? Use the pen. So this number one, you need to draw one here. So number two is the v slot that you need to draw. Again. Then you can move on to number three, which is over here. This drawing over here, whereby has a something tall P wave. So this QA actually it has certain dimension of 6.30 times 3.15. So six is horizontal, 6.3 is horizontal, and then the height of the key slot is 3.15. Okay? So this is the dimension of the P wave, right? So you solve the number three. Then we go for number four, which is the outer circle. Okay? Once you complete the outer circle, you can start with number five, which is the biggest occur over here. You can see this is the biggest occur, which is comes like this. Right? So that is the bigger circuit. Okay, So let me continue. Once you complete that, you need to find, you need to draw this too. Which is I would put as number six. Okay? So finding the position first is very important. For example, is already given me say C is already given a straight line from here, then the distance is from here. Also given until here. So I need to find out what is the distance. And then you can actually draw this actually a circle. A circle is the center point is over here. Okay? And then they extend the circus girl by drawing this extra rectangular part. Right? On top of that, we have another one which is on the bottom here, also using the same method and is given with the angle. And obviously the one on the top also angle is given. Okay? So once you complete that, you can continue with the bigger circle over here, this. Okay? Alright, and then you can continue with the biggest occur over here. This. But these are the two big circles which helps to create these two profile over this one and to profile this one. Alright? So once you complete that, we need to draw another tumors occur. Obviously, this one, which is represent this curve. And then to draw this curve, we draw one more circle over here like this. Okay? Alright, Then once you complete this tool, you can continue with the straight line over here. Make sure remember, it's a tangent, tangent and this one also straight line, which is tangent, tangent. Alright? Then once you complete that, the last part would be this big circle over here. This big circle. This big circle over here, right? So I will just show you that. So then you can just have to trim your drawing so you can use Power Trim View. I believe you already saw how I did it for 4.76 exercise. So it can use the same power trim. And then you can solve this exercise very easily. Alright, so I won't show how to do it in solid works first, I want all of you to give a try. How do this exercise? Before I show you how I did it insoluble. So after this video lesson, all you need to do is you have to give a try to read and do it by yourself without any guidance right? After you complete. I will share with you the video lesson on how I did it on solid works. Then you can compare the method that I use, the method that you use. So which one is faster? Okay, so happy trying. Thank you. 9. Lesson 8.1 How to draw 2D sketch for drawing part 2: Greetings students. So in this video lesson, I will show you how to draw a figure 4.77. So I believe I already explained about this particular example, the figure 4.77 on how to read This gravi, where to start and everything. So now I will show you how to draw this in solid works. So let's start. So first, of course we have to start with your drawing, but growing. And then we wait for it to load. So while waiting for it to load. So on the, inside the figure 4.77, we start the drawing from here. This is the first thing that we need to draw. Okay, so let's give it a try. I want to draw this on prime, sorry, on top plane. Okay, so I click on top plane here. Then I started to sketch and probing. So there are lot of ways, many, many types of ways that you can actually draw this out. Cato is your personal choice, how you want to draw this. Okay? So some likes to draw using circuits and so on. So what personal choice? Actually there are a lot of fees to drop. So I will show my way to draw this drawing for next time. Use this at this point. Okay, So I will start from here. And then one more. So here we just slightly bigger. Okay? And then we set the dimension first. 19 I mentioned over here, would be 24 of them liter. Alright? So now you need to connect the lines to be similar over here. Same thing. What are we seeing more here? Alright. Just straight lines. Sorry, he's still on the Smart Dimension. Need to turn off the smart dimension over here first. Then we continue with the line. We can extend as far as your only do we can trim using the power trim function. Right? And then once you draw this, the k, So you can actually focus here, made a mistake. Let me show you how to use the line more effectively. So let me redo this part, redraw this part. I want to include the small circle. So I started line, I stop it here. And then I make, I move the cursor in curvature manner where it creates the app by itself. Right? So that's the beauty of solid works. Okay, so I show again on the bottom side, stuff on here. Stop somewhere. Yeah. Then I move the cursor in curvature manner. So you need to move the cursor in curvature manner. So when you move the cursor curvature man over here, the soluble works automatically, automatically assume that the drawing, the next line is curved line, right? So we'll give you the curve line so you can click it over here. So you don't have to start with the arc and so on. We just can use the line. And when he stopped and we want to continue the line as an arc, what you have to do is we just have to move encourager manner, okay? Alright, so now we just have to trim and remove unwanted lines. So let's trim, use a power stream. My favorite So remove this, this, this, this, this, this, and this. And the last one would be this. Okay. So I'm done with the moving it still not in bright color. So it's still undefined because we haven't set the dimension properly. So let's complete that with Smart Dimension. That this term from these two points should be given as 28. And then the distance from here, sorry. And smart dimension is off. Sorry. Just turn from here to here, is given by the trigram is 14, right? And this Mohr circle over here is radius of three. And over here is radius of three as well. And this ten. This case, we can offer the smart dimension for awhile. I will use this point and this wine or to add the relation which is I use vertical relations so they're the same line moves when I said to what the curve, right? And if you notice is to define, okay, So that could be one reason you notice this point and this point over here. And this point, they are not fixed. They are fixed by using a vertical points, then not horizontal. So if I click here, I can move up and down. Like what I said, up and down because they are not fixed. So we're going to use this point, these two points, then we fix the relation as horizontal, right? So once I fix to horizontal, it is fully defined. Okay, So this is important because when it is not fully define, your drawing can go wrong. So please remember that. So now we continue with outer layer that you see over here. Can you continue down to layer that you will be using straight slot. So we click on straight slot over here. You start from this point until this point. Then extend this lot up to this point. Okay? Alright, and then we use Smart Dimension to set the dimension of it. So the dimension is as given our 22. So let's enter our 22. Alright, so your completed this part. Okay, so now I will stop this and then we continue the next lesson where I show you what is the next step to complete. So watch the next video to see how I can continue this drawing in solid works. Thank you. 10. Lesson 8.2 How to draw 2D sketch for drawing part 2: Greetings students. So now we continue the lesson where I left off previously. Alright, so now we continue the drawing already done on the left-hand side. Now we continue with the drawing. We're going to focus on drawing these two circles for now. But I'm being right, So let's start the drawing. I'm going to use the circuit over here. I'm going to draw this occurs. So as you can see, there's the soluble guided the point is aligned with this point. So I'm going to draw same point, okay? I want to align the same line with the center of the previous straight slot. Then I'm going to place it over here. So first circle and circle number two, okay? And if you notice over here, we have one more circle over here. Okay? So this is a big circles, so that will be our third circle. Then I'm going to click then produce the third circle up to this point. Okay? So now I said that that dimension for this occurs so that we can define it as well. So the smaller, the diameter is given here, 28.52. Alright, and then medium, so the diameter is given as over here, has a diameter of 50, so it should be d. Then the biggest occur that we can see over here is our 38. The big circle. The radius is, the diameter should be 76. Alright? Now before that, I would like to set the distance from here, which is given 100. And okay, so he's given us a 108 from here to the center point here, which is a 100. Alright? Okay, and then you have not yet defined, fully defined. So what you can do is we can off the smart dimension for now, we add relation. So we can click on this center point over here. And then we can click on the center point over here, right? And then we can set the relation to be horizontal. When I said their religion as a horizontal. Okay, you might notice that drawing the circles is now fully defined k, So therefore it wouldn't make any mistakes. So there'll be easy. So now we continue. Continue with drawing this part now. Okay, So let's try. So I will start drawing this part with a rectangular. Using a rectangular, I think I can just use the line over here. So I click on the lines. Just create the line. Then one more line from here. And then one more line from here. Okay? And then the last one over here. Okay? Alright, so it might not look appendix class or we can add relations. For example, I said this and this to be perpendicular. So same goes to this and this to be perpendicular. So now already said the box. Hopefully now I draw this occur inside here. Maybe I can just start from here. Then I stop at this point. Once I stopped at this point, it shows tangent to this line. So I would like to do the same to the left and right lines. So what I can do is I select circle, then I select the line and make it as a tangent plane. Okay? Then I do the same thing on the left and make it as a tangent. Right? And then we, okay. So now I already add the religion. Now I can set dimension. Now. The dimension of this circle is given his arc tan, which is diameter of 20. Then the distance from here to this point, to this line is given in the diagram, is five, only five MM. So we set five. Okay, so now we can remove unwanted lines. So by using trim entities, again, my favorite is the poetry. I just can click and go around the line. Above the line to remove it says click, don't let go the left button. And then you just draw it against the line. You will delete it, right? So same thing here. And then zoom or the flow and delete these two lines as well. Alright, so once I completed there, it looks more, more likely, right? So next is to set the dimensions for the dimensions to make sure it's in the right position. Right? So I believe now I would like to stop this lesson. You continue in the next video on how I position this in the right place. Right? With that, I stop this lesson for now. Thank you. 11. Lesson 8.3 How to draw 2D sketch for drawing part 2: Greetings students. Now let's continue this video lesson or where I left earlier. Alright, so I would like to position this drawing in the right place, so therefore we can use smart dimension. So let me try that. I show you how I did it or how can I do it? So click on Smart Dimension here. Alright, and then we select this line. I want to set the angle 30, right? So I want to set the angle to t. So I use this line, click on this line, but don't click anywhere yet. And choose this point over here. Choose this point over here, click on it. These arrows will come on and you can click this one, right, so you want to choose the angle on the right-hand side. So click over here. You can see this angled came out and click here and set the angle to be 13th. Alright, so now we're done with that. Okay, So next move is to choose the distance from center to this center, which is given over here, is 58, right? So you click this point and I click over this point. And I said that these tend to be 58. Alright? So now we already said that these tend to be 58. So now next is to set the distance over here, which is 12. Okay? Alright, so how to do that? Click on Smart Dimension. This line, then this point here, right? And then we said that these tend to be right. So now we have done the drawing. Okay, we can exit a smart dimension over here. Okay, so now we have to redo the same what we did here or this side. So I can redraw, I can use Mirror entities, but then when you use the Mirror entities, there are few things you need to remember. All the relation or the dimension will follow exactly on the mirror and IDs or readable work, you need to remove all those things and then it might not work. So you just can start fresh. So I'm going to do this start fresh. So I want to draw the same thing. What I did. That just as a rectangle first. Okay? Alright. Then I noticed the 1 here is not perpendicular, so I have to make sure it's perpendicular. Select these two lines and make sure it's perpendicular. Right? Now I draw the circle. Just like what I did earlier. Up to this point over here, is automatically showing its tangent over there. Okay? And then the next move is to set the relations between the circle and then the lines on the sides. So we make it as a tangent. Okay? Select the line again in this occur, and then the line, right, and we make it as tangent. Okay? So now already happening, I believe the religion is more than enough. Now you can set the dimensions that are dimension of this circle is given, is the same thing as the one we did. Anova is our ten inches diameter of 20. Okay, and then the distance from here to this line is given by five. Blue you can see over here is five, okay? And then we enter it to be fine as well. Right? So now we can use trim entities. Are we here? Use the poetry, remove unwanted lines, especially this. This, and this. Zoom in later. Remove this, and remove this. Right? Okay, so I believe we are done with the drawing, but then the positioning is not complete yet. So let's complete the positioning, right? So we use the Smart Dimension again. So first thing first, the angle, so angle given for this one is different, which is 45. Okay, So therefore I set the angle, I choose the line. I use the same method, I choose the line. But don't click anyway. Choose this point over here, click on this point, and then choose this arrow, this direction. And then you can click over here and set it to 45 degree angle. Alright. So now we're done with that. Now we need to set the distance from the center point over here, which is from here to here, is given. Here is 54. So we enter the value to be 54. Okay? Right. Then we need to set the line to be straight. So what we can do is, you can say you select this point. We can off, we can try using the smart, sorry, we can try to use the relation of the smart dimension. We select, you select the spine. Then we select this line. Alright? And we make it as a coincidence, right? So when we make it coincident, it will be saved. You'll be straight, straight, right? So we don't have to use smart dimension, then you can click okay. So once you complete, you notice that both of these smalls, drawing the small pan over here now in black color, which is fully defined, right? So we are almost done. If you notice, there are few more things left, which I will continue on the next video. For this video, That's all. Thank you. 12. Lesson 8.4 How to draw 2D sketch for drawing part 2: Hi students, Welcome back. So now we continue the lesson that I love earlier. So now what's left is we need to draw this over here. The small RPO here are 12. Another small arc over here, which is also our graph. Okay, so how to do that is very easy. Actually. We can just use the circle. Alright, let me use this occurred over here. Then we just click it anyway. Here. You don't have to specify the place. If you just click first, then one must occur. You just click for us. We don't care where I want to click it, right? Then we set the dimension of this occurs, right? So the radius given here is our graph. So we started this diameter supposed to be 24. And this diameter supposed to be 24 as well. Okay, so now we already said the girl, now we add relation to this line and this line. Alright? So we off the smart dimension. We select this line or this occur line. Then make sure you hold the Control button and then you select this particular line, right? And then you set it to be tangent. Okay, So if you notice it moved to that point, so now you select the same, so curl, right, and then select the big circle over here. Make sure you hold the Control button. Okay, so these two soccer is now selected and set it to be tangent, right? And then you click OK. Alright, So you already done it perfectly over here. So next step is you do the same thing for this occurred, but then you also can mirror it. But then you have to remember if you mirror, you wouldn't be in the right place because this particular drawing over here is a different angle, 45 compared to this is 30. We cannot mirror. That's the reason why I don't mirror. Okay. So now I do the same thing for this girl, like what I did over here, right? So I select this second line. Then remember hold the Control button and select this line. And we set it to be tangent. Then you click, Okay. So I'm gonna do the same thing for this line. And this circle. Again, I said it to be tangent as well. Then I click, Okay. Alright, So I already done with these two circles. So next is, we do it for over here. And this is okay. So we draw the circle for xy. So there's one circle over here, then one more. So culture is a big one, big circle. If you notice this one big circle like this. And then we have almost a curve here and one more circle over here. So let's do this twice. Then we use this point to draw this occur which is given here, is Rs 32. Okay, so we set the dimension to be our 32. Sorry, use a smart dimension first. Then you click over here and set it to be our 32, So diameter will be 64. Then we draw these two Mohr Circle K. We draw the circle first of the smart dimension. You draw the circle first, occurs to be somewhere here. The big circle. Right? Then I mentioned supposed to be as given. The diameter is the radius of 74. So the diameter should be 152. Alright? So as you can see over here is the diameter 152. We can just move it up first. I'll give it sorry. The off the smart dimension. Then we can click and move upwards, right? Then we set the relation over here. So what we can do is we select the line, then this line here and set it to be tangent. Right? So we do the same for this line and this line, and we set it as a tangent. Right? So now we can trim. We do the same thing at the bottom. Right? I believe at the bottom will be the same so we can mirror. So we give a Dreyfus, right? So we dream First. Using poetry with three men. Remove unwanted lines. Okay, so before that, let's mirror. Click on Mirror entities over here. So entities to mirror is this line. And then mirror above, we need a line which acts like a central line to mirror. Center line to mirror is the one we can use over here. This line over here. This already created initially. So we can use this line as a center line, I believe cannot do it. Or we can mirror robot. I believe there is no line exists, so I can create one more lines. So before I mirror, I create one center line I can use over here, drop-down menu beside the line, center line. So I click on center line, right? And then I can choose the center point over here. Until its center point over here. Right? Okay, this acts like a center line only there for now I continue with the Mirror entities. I select this as a entities to mirror the mirror about the center line that I've created earlier. So when I click that, the Solid Works will give me a mirror image when yellow color over here. So it looks good, right? And then we can just click okay over here. So you already have the line. Okay? So after the line crater now you have to use the power trim to dream until we get the final design, though, there are a few more parts left, so I will show it in the next video. For now, I stop this video. Thank you. 13. Lesson 8.5 How to draw 2D sketch for drawing part 2: Welcome back students. So now let's continue. Okay, So we are actually almost done. All right, so a few more things that lab, especially this arc over here, this arc, another arc over here, right? So I believe if you notice there is a small mistake, actually, I shouldn't have done these two over here. K is not on this line, is supposed to be on this arc. Therefore, no choice. I need to remove these two lines. Okay, so I can click, remove these two lines. So you can just click and delete, click and delete unwanted lines. So the central line, I believe, not going to give me any purpose so I can click and delete as well, right? So like what I say, I miss out this particular arc, so I withdraw the first. Okay, So before that, we actually believe can trim certain sections. So let's do the power three plus using a power trim entities. I can remove this as well as this. Okay? All right, so now left with this big arc over here. So let's do it now. Alright, so the big arcs, the same concept. We have to draw a big circle. Okay, so I'm using this occurred, right? And click on somewhere here. Maybe here. I'll make it something like this. Okay? So after I draw the line or the circle, now we set the dimension for this occur to be given is arginine t, So diameter should be a 180. Okay, so now we add the relations of the Smart Dimension. Now you select the line or the soccer game and then we select this occurred. Remember to hold the Control button. Then you set it to be tangent. Okay? So click Okay, and now do the same thing. Use the same Circle, K. Click on this occur and then click on this small circle over here. You need to exit. Okay, now redo, select this circle and then the small circle. Remember to click over here, hold the Control button. Sorry. So click over here. Then set it to be tangent or right. So now we can use the powers dream to remove unwanted lines. Okay? So now left with this line only. We do the same over here. Same thing, exactly the same thing. Using this, I can draw it from here to this point. We click somewhere here, right? And then we set the dimension to be, which is given the same thing, are 90 over here. So it should be diameter of a 180. Then we click Okay. Alright, and then off the smart dimension. And then we do the relation, the relation of the tangent to this circle line to this. Remember to hold the Control button. Then we set it to be the engine. So do the same thing to this occur and this small circle over here set it to be tangent as well. Alright, then we use the power trim to remove the unwanted lines. So we are almost done. Okay, so now left with the two circles that we have over here. And this one which is the circle is our 76 method. We can draw this occurred over here. Then one must occur over here. So we can not merely because it has different position, okay? Because this one is anger is different, It's going to be in a different position. Therefore, we cannot use the same mirror, so we can use the mirror function. Alright? So therefore, we set the dimension for these two circles first, which is radius 76, diameter will be a 152. Same thing goes for here. A 152. Okay, so now off the smart dimension. Then we use the relation, right? So click on the circle here and this occurred and set it to be tangent. So do the same to the big circle here. And this, remember to click on this and don't click on this circle. So we need to click on this because that's how he sits over here. Alright. So click on this. All right, and then set it to be the engine. Okay, So you automatically adjusted. So do the same at the bottom here. Alright? So this line circle and this circle is added to the engine. Alright, click Okay. And then do the same thing with this line and this line and set it to be tangent. Then click. Okay. So now we can use the dream, the power three to remove unwanted lines, right? Okay, then there's a small mistake over here, so I need to redo. I think I choose the wrong line. I was explaining to you earlier to you all to not make the same mistake, but I did the same mistake. So now you see you choose the wrong place already. So now I need to redo, redo again. Clear this one, this election. So I select this. So let me clear. So I select this and this and set it to be the engine. Our case now is on the track. So we use the power function, power trim, remove unwanted lines. Okay, so now it looks more like it, okay, there are small or there are few things left over, especially this one. So we need to remove 1112 lines. So just zoom. Then our three. Remove this, remove this, and remove this. Remove this as well. K. So we are done. Okay? Not yet, Not yet. So if you look carefully, this part over here is a straight line, okay? So we have to draw a straight line. Let's do it. Use the straight line over here. Click then, before you. Left-click, you right-click first because I want to snap. Snap, right-click and select quick snack. Before that, when you click on the line, first, click on the line. Before we click over here on the left click or I use a right-click, select quick snack, and then go for tangent snap. Right, then. So I'll click over here, right? So if you notice, we remove according to the tangent, then you click. Before you click over here, you right-click again. Quick snap. Go for the tangent, snap, right, and then you can click over here. Right? So we can do the same. The bottom here as well, right? Using the quick snap. Use the line. Right-click on the ark. Go for the quick snap and tangent snap. You click over here. Alright? And then when you click before you click here and do the same right-click, quick snap, snap. Then you click over here. Right? So we have the line done. So all we have to do is use the power trim again. Remove the unwanted lines, especially this and this are right. Okay. So somehow I notice is under defined. So I believe because of the radius is missing for this line, maybe you caught this separator. So let's just add a smart dimension. So trim is done. We add a smart dimension to this particular circle, which is supposed to be 32. So we just click okay, then I believe now it's fully defined. So if you look carefully again, I'm done with this drawing. It is now complete. This is how we do step-by-step on how to draw this. So please compare this method of growing and so this myMethod of drawing. So compare my method of drawing with your see, which one you think is better to use. Maybe your method is much faster. Or you feel that the method that I use is also quite fast, right? Okay. I believe before I leave, there is one particular 0.1 particular point that I would like to add up, which is, which is the key slot over here. So I can add up the keys lot. Actually using the rectangular rice or off the smart dimension for awhile. Then I use the rectangular and you can use actually a center rectangular. So you click on Center rectangular and then you choose the quadrant point. Okay, and then we just extend it like this. Let's zoom a little. Alright, then now we need to set the dimensions. Click on Smart Dimension. The width is given with here is 6.3, so we insert it to be 6.3. Okay? And then the height from the center here to this line is given 3.15. Right? Okay, so we are almost done. We use three main titles over here. Basically the power trim and remove unwanted lines, especially this, this, this, and this. Alright. So let me do it again. Alright. So we are done. Whether it is not fully defined yet, I believe there is a reason. Okay. So you can actually look at it and make sure it's fully defined. K. So this, these are given. So maybe we can just add some relations. Alright? So let's click this and this. And we added perpendicular, right? Okay? So we do the same to these two lines over here and make it perpendicular. Okay, So I believe the relation is not enough or right? Alright, so now I believe it's not about the perpendicular relation, maybe the dimension is required, so we just add up one most dimensions to this particular line. So let it be 3.5. Okay, so once I do it, right, you don't have to put any value. We just choose the dimension and set it, right? So once you've done it, if notice is fully defined, and then at the bottom here it shows fully defined as well. This one thing that is soluble it has, you won't allow you to, to complete the drawing. If it is, there is some missing dimensions or missing control. So if let's say there is no control at that particular point, you're drawing can be damaged or can be altered easily if there is no control measures. Alright, so I believe I already complete the drawing for the exercise two, which is a figure 4.77. So we can refer to this video and you can give a try again. So the best way to be good at drawing is you watch, you do it first, delete and do it at your own. So this is the best method I'll tell you, right? So epi, trying and enjoy drawing. Thank you.