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Teaching & Academics Engineering Dynamics

Fundamentals of Dynamics for Engineering Students

Improve your grades by mastering the fundamental concepts of engineering mechanics: dynamics
Rating: 4.7 out of 54.7 (13 ratings)
5,257 students
Created by Foster Lubbe
Last updated 11/2020
English
English [Auto]
30-Day Money-Back Guarantee

What you'll learn

  • Derivation of equations of motion.
  • Plotting acceleration, velocity and displacement versus time.
  • Mathematical analysis of motion along a straight line.
  • Mathematical analysis of motion along a curved line.
  • Analysis of projectile motion.
  • Polar coordinates.
  • Relative motion in one dimension.
  • Relative motion in two dimensions.
  • How to use Newton's Second Law to solve kinetics problems.
  • How to apply Newton's Second Law using normal-tangential coordinates.
  • How to apply Newton's Second Law using cylindrical coordinates.
  • How to use the Principle of Work and Energy to solve kinetics problems.
  • How to apply the Principle of Energy Conservation.
  • How to use the Principle of Impulse and Momentum to solve kinetics problems.

Requirements

  • Engineering Mechanics: Statics

Description

This course covers the material typically included in a first university course in Engineering Mechanics: Dynamics. The focus of the course is on the fundamentals - you will learn the theory and also be guided by examples - in order for you to improve your university grades. This course is therefore the ideal supplement to your first university course in Engineering Mechanics: Dynamics, but can also be taken as a stand-alone course by anyone who wants to learn the fundamentals of engineering dynamics.

Who this course is for:

  • Students of Mechanical Engineering looking to improve their grades.
  • Professional engineers looking to brush up on their dynamics.

Course content

9 sections • 22 lectures • 2h 34m total length

  • Preview03:00

  • Position, displacement, velocity and acceleration
    12:53
  • Preview15:41
  • Plots of position, velocity and acceleration versus time
    07:57
  • Motion along a straight line
    8 questions

  • Motion along a curved line
    07:23
  • Projectile motion
    03:28
  • Normal and tangential components
    06:14
  • Example: normal and tangential acceleration
    03:43
  • Polar coordinates
    09:43
  • Motion along a curved line
    7 questions

  • Relative motion in one dimension
    05:57
  • Relative motion in two dimensions
    08:27
  • Relative motion
    4 questions

  • Consolidation assignment
    1 question

  • Introduction to kinetics
    02:53
  • Preview06:47
  • Applying Newton II in a normal-tangential coordinate system
    07:18
  • Applying Newton II in a cylindrical coordinate system
    05:04
  • Example: Newton II in cylindrical coordinates
    07:44
  • Kinetics and Newton's Second Law
    13 questions

  • The Principle of Work and Energy
    12:00
  • Example: Principle of Work and Energy
    05:54
  • The Principle of Work and Energy
    3 questions

  • Preview07:00
  • Example: Energy Conservation
    03:02
  • Energy Conservation
    6 questions

  • The Principle of Impulse and Momentum
    07:38
  • Example: Impulse and Momentum
    04:54
  • The Principle of Impulse and Momentum
    6 questions

Instructor

Foster Lubbe
Engineer
Foster Lubbe
  • 4.5 Instructor Rating
  • 103 Reviews
  • 10,625 Students
  • 3 Courses

Foster Lubbe holds undergraduate degrees in Physics and Engineering, as well as a Master's degree in Mechanical Engineering. In his thesis he focused on the application of Gaussian process regression to renewable energy data modelling. He is currently a PhD student in the field of renewable energy. Before commencing with full-time PhD studies, he was a  part-time lecturer teaching undergraduate engineering courses.

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