Engineering Dynamics Labs with SOLIDWORKS Motion 2015
by Huei-Huang Lee
About This Book
This book is designed as a software-based lab book to complement a standard textbook in an Engineering Dynamics course, which is usually taught in junior undergraduate years.
There are 11 chapters (230 pages) in this book. Each chapter consists of 2 sections. Each section is designed for a student to follow the exact steps in that section and learn a concept or topic of Engineering Dynamics. Typically, each section takes 15-40 minutes to complete the exercises.
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Chapter 1 Particle Kinematics
(Video 07:18) Sec 1.1 Rectangular Components: Falling Ball
(Video 08:25) Sec 1.2 Radial and Transverse Components
Chapter 2 Particle Dynamics: Force and Acceleration
(Video 10:47) Sec 2.1 Newton’s 2nd Law: Block and Wedge
(Video 07:38) Sec 2.2 Newton’s 2nd Law: Billiard Balls
Chapter 3 Particle Dynamics: Work and Energy
(Video 06:32) Sec 3.1 Principle of Work and Energy: Oscillating Block
(Video 09:27) Sec 3.2 Principle of Minimum Potential Energy
Chapter 4 Particle Dynamics: Impulse and Momentum
(No Video) Sec 4.1 Principle of Impulse and Momentum
(Video 06:47) Sec 4.2 Conservation of Momentum: Impact of Two Balls
Chapter 5 Plane Kinematics
(Video 09:31) Sec 5.1 Crank-Link-Piston Mechanism
(Video 08:06) Sec 5.2 Geneva Mechanism
Chapter 6 Plane Dynamics: Force and Acceleration
(Video 06:25) Sec 6.1 Newton’s 2nd Law: Double Pendulum
(Video 06:08) Sec 6.2 Sliding and Rolling: Bowling Ball
Chapter 7 Plane Dynamics: Work and Energy
(Video 02:09) Sec 7.1 Principle of Work and Energy
(No Video) Sec 7.2 Conservation of Energy: Double Pendulum
Chapter 8 Plane Dynamics: Impulse and Momentum
(No Video) Sec 8.1 Principle of Impulse and Momentum
(Video 03:48) Sec 8.2 Conservation of Momentum: Impact of Ball and Bar
Chapter 9 3D Kinematics
(Video 09:26) Sec 9.1 Disk-Link-Collar Mechanism
Chapter 10 3D Dynamics
(No Video) Sec 10.1 Newton’s 2nd Law: Disk-Link-Collar Mechanism
(Video 04:59) Sec 10.2 Unbalanced Shaft
(Video 05:46) Sec 10.3 Spinning Top
Chapter 11 Vibrations
Finished Files Sec01-1.zip
Finished Files Sec01-2.zip
Finished Files Sec02-1.zip
Finished Files Sec02-2.zip
Finished Files Sec03-1.zip
Finished Files Sec03-2.zip
Finished Files Sec04-1.zip
Finished Files Sec04-2.zip
Finished Files Sec05-1.zip
Finished Files Sec05-2.zip
Finished Files Sec06-1.zip
Finished Files Sec06-2.zip
Finished Files Sec07-1.zip
Finished Files Sec07-2.zip
Finished Files Sec08-1.zip
Finished Files Sec08-2.zip
Finished Files Sec09-1.zip
Finished Files Sec09-2.zip
Finished Files Sec10-1.zip
Finished Files Sec10-2.zip
Finished Files Sec10-3.zip
Finished Files Sec11-1.zip
Finished Files Sec11-2.zip
View Demo Videos or Download Finished Files
1. The finished files can be opened with SOLIDWORKS 2015 or later versions.
2. It is suggested that, whenever a file is needed to start up an exercise, you use a file provided here, rather than your own finished file, so that the numerical results would be more consistent with those in the textbook.
3. The finished files of a section are compressed into a single file (.zip). Please de-compress it before opening from SolidWorks. When opening an assembly file, if you see a message such as “Unable to locate the file,” simply choose “Browse for file” and relocate the file.
A Free PDF Book by Huei-Huang Lee
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