Engineering Dynamics Labs with SOLIDWORKS Motion 2015
by Huei-Huang Lee
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.
To order the book, please visit SDC Publications or Amazon.com
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
Part and Assembly Modeling with SOLIDWORKS 2015
This workbook has 121 pages and is an introductory tutorial to geometric modelings using SOLIDWORKS 2015. It is not intended to be a comprehensive guide to parts and assembly modelings. It is prepared mainly for those students who have no experience in SOLIDWORKS geometric modeling, but want to acquire some.