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ยป Learning Module Outline
Dynamic Force and Motion (116/117)
Chapter Outline
Chapter 3 - Dynamic Force and Motion (Fundamentals of Vibration for Test and Design Applications)
Laws of Motion
Weight vs. Mass
System of Units
Units of Force and Mass; Example
Mass, Weight, Common Units of Mass
Gravity
Weight, Specific Weight and Density
Relative Density or Specific Gravity
Work, Power, Energy
Some Fundamentals of Dynamics
A Simple Dynamic System
Degrees of Freedom
Examples of Various Degrees of Freedom
Single-Degree-of-Freedom (SDoF)
Undamped Vibrations
Sinusoidal Waveform
SDoF — Sinusoidal Relationships
Relationships Between Displacement, Velocity, and Acceleration
Effect of Frequency on Displacement, Velocity, and Acceleration
Natural Frequency
Decaying Sinusoidal Vibration
Forced Vibration for SDoF System
Transmissibility
Plotting Transmissibility vs. Frequency Ratio
Isolation and Damping
Effect of Damping
Vibration Isolators
Isolation vs. Damping
Damping in Laminates, Elastomers, Materials
Continuous Systems
Viscoelastic Damping on Laminated Beam
Damped vs Undamped Response
Modal Testing & Analysis
Vibration Considerations for Design Engineers
Vibration Mount Design Example
Video Outline
Dynamic Force and Motion, part 1 (ver116-117)
Notes on Chapter 116 vs 116/117: Chapters 1-7 are the same in both courses
Dynamic Force and Motion, part 2 (ver116-117)
Notes on Chapter 116 vs 116/117: Chapters 1-7 are the same in both courses
Dynamic Force and Motion, part 3 (ver116-117)
Notes on Chapter 116 vs 116/117: Chapters 1-7 are the same in both courses