Fundamentals of Engineering Mechanics

Leon Petrou, Engineer

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56 Videos (6h 49m)
    • Introduction

      2:12
    • SI Units and Prefixes

      2:05
    • Significant Figures

      7:12
    • SI Units and Significant Figures

      5:44
    • Vector Opperations

      6:13
    • Geometry Recap

      2:43
    • Vector Operations Example 1

      7:40
    • Vector Operations Example 2

      9:29
    • Algebraic Vector Addition

      4:07
    • Algebraic Vector Addition Example

      15:51
    • Cartesian Vectors in Three Dimensions

      4:30
    • Cartesian Vectors in Three Dimensions Example

      10:40
    • Position Vectors and Vectors Directed Along A Line

      3:29
    • Position Vectors and Vectors Directed Along A Line Example

      9:54
    • Dot Product and its Applications

      5:53
    • Dot Product and its Applications Example

      12:27
    • Particle Equilibrium in Two Dimensions

      2:54
    • Equilibrium in Three Dimensions

      4:50
    • Free Body Diagrams

      5:19
    • Free Body Diagrams Example 1

      12:01
    • Free Body Diagrams Example 2

      10:01
    • Particle Equilibrium in Three Dimensions

      10:45
    • Moment of a Force

      4:42
    • Moment of a Force Example

      8:21
    • Moment of a Force Using Cross Product

      5:04
    • Moment of a Force Using Cross Product Example

      9:32
    • How to do the Cross Product on your Calculator

      6:04
    • Moment of a Force About a Point

      8:57
    • Moment of a Force About an Axis or Line

      3:47
    • The Moment of a Couple (Scalar)

      4:02
    • The Moment of a Couple (Scalar) Example

      6:42
    • The Moment of a Couple (Vector)

      3:27
    • The Moment of a Couple (Vector) Example

      7:49
    • Reduction of Force and Couple system to its Simplest Form

      4:05
    • Reduction of Force and Couple system to its Simplest Form Example

      14:42
    • Further Simplification of a Force and Couple System

      2:00
    • Further Simplification of a Force and Couple System Example

      10:27
    • Rigid Body Equilibrium in Two Dimensions

      4:02
    • Rigid Body Equilibrium in Two Dimensions Example

      12:51
    • Two Force Members

      1:20
    • Method of Sections

      3:31
    • Method of Sections Example

      14:27
    • How to Determine if a Member is in Tension or Compression

      3:50
    • Zero Force Members

      4:54
    • Zero Force Members Example

      10:28
    • Frames and Machines

      1:48
    • How to Calculate the Centroid

      6:05
    • Centroid of a Wire

      10:44
    • Reduction of a Simple Distributed Loading

      8:15
    • Reduction of a Simple Distributed Loading Example

      12:23
    • Moments of Inertia

      5:52
    • Moments of Inertia Example

      15:21
    • Internal Forces in Structural Members

      3:46
    • Internal Forces in Structural Members

      9:32
    • Shear Force Diagram Example

      12:21
    • Bending Moment Diagram Example

      12:03

About This Class

'Fundamentals of Engineering Mechanics' makes complicated mechanics calculations easy!

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This course includes video and text explanations of everything in a first year engineering mechanics module. It includes more than 60 worked through examples with easy-to-understand explanations. 'Fundamentals of Engineering Mechanics' covers five sections:

  1. Particle Equilibrium.
  2. Rigid Body Equilibrium.
  3. Structural Analysis.
  4. Centroids and Inertia.
  5. Internal Forces in Structural Members.

These are the five fundamental chapters in the study of engineering mechanics.

We start from the beginning... First I teach the theory. Then I do an example problem. I explain the problem, the steps I take and why I take them and how to simplify the answer when you get it.

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Leon Petrou

Engineer

Hello, I'm Leon. I graduated with a Bachelor's of Engineering degree with distinction from the University of Pretoria (UP). I specialized in Industrial and Systems Engineering. I have a passion for problem solving and education. I love teaching others and simplifying the learning curve for engineering students around the world.

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