Introduction
These videos provide some learning objects suitable for an introductory dynamics course in a typical engineering curriculum. The "lectures" are narrated powerpoint presentations. The "Example Problems" are worked out using a pen-based tablet. The numbers next to each item correspond to section numbers for the Dynamics text by Gray, Costanzo, and Plesha. Contact Jake Blanchard at blanchard@engr.wisc.edu if you have any questions.
Lectures
1-1 History
1-2 Fundamentals
2-1 Position, Velocity, Acceleration
2-2 Elementary Motions
2-3 Projectile Motion
2-4 Time Derivative of a Vector
2-5 Planar Motion
2-6 Polar Coordinates
2-7 Relative Motion
2-8 3-D Motion
3-1 Rectilinear Motion
3-2 Curvilinear Motion
3-3 Systems of Particles
4-1 Work-Energy
4-2 Conservative Forces and Potential Energy
4-3 Systems of Particles
4-4 Power and Efficiency
5-1 Momentum and Impulse
5-2 Impact
5-3 Angular Momentum
5-4 Orbital Mechanics
5-5 Mass Flows
6-1 Rigid Body Kinematics
6-2 Velocity Analysis
6-3 Acceleration Analysis
6-4 Rotating Reference Frames
7-1 to 7-4 Newton-Euler Eqns for Planar Rigid Body Motion
8-1 Work Energy Principle for Rigid Bodies
8-2 Momentum Methods for Rigid Bodies
Example Problems
2-2 Constant Acceleration - Video
2-2 Rectilinear Motion - Video
2-2 Rectilinar Motion (Function of Position) - Video
2-3 Projectile Motion 1 - Video
2-3 Projectile Motion 2 - Video
2-3 Projectile Motion 3 - Video
2-5 Acceleration as function of s - Video
2-5 Circular Motion - Video
2-5 Exponential - Video
2-6 Polar Coordinates - Video
2-6 Slotted Link - Video
2-6 Polar Offset - Video
2-7 Pulleys - Video
2-7 Relative Motion - Video
2-8 3D Cartesian - Video
2-8 3D Cylindrical Motion - Video
3-1 2D Rectilinear- Video
3-1 Static Friction - Video
3-2 Polar Spring - Video
3-2 Tension in Wrecking Ball - Video
3-2 Normal Force - Video
3-2 Cylindrical Coordinates - Video
3-3 Static Friction - Video
3-3 Kinetic Friction - Video
4-1 Bumper Deformation - Video
4-1 Roller Coaster - Video
4-1 Spring/Projectile - Video
4-2 Roller Coaster - Video
4-2 Spring/Gravity - Video
4-3 Blocks - Video
4-4 Friction/Pulleys - Video
5-1 Particle Impulse and Momentum - Video
5-1 System Impulse and Momentum - Video
5-2 1D Impact - Video
5-2 2D Impact - Video
5-3 Particle Angular Momentum - Video
5-4 Orbital Mechanics - Video
5-5 Mass Flows - Video
6-1 Planar Motion Video
6-1 Bevel Gears Video
6-2 Vector Analysis Video
6-2 Instantaneous Center Video
6-3 Acceleration Video
7-1 Pendulum Video
7-1 Spool Video
8-1 Rigid Body Kinetic Energy Video
8-1 Work of Friction Video
8-2 Rolling Tire Angular Momentum Video
8-2 Conservation of Angular Momentum Video
Contact Information
- Jake Blanchard
- blanchard@engr.wisc.edu