Mechanical Vibration Analysis, Uncertainties, And Control
Contents
- INTRODUCTION AND BACKGROUND
- Challenges and Examples
- Systems and Structures
- Basic Concepts of Vibration
- Modeling for Vibration
- Idealization and Formulation
- Inertia, Stiffness, and Damping
- Properties of Keyboard Keys
- Computational Aspects
- Is Vibration Good or Bad?
- Vibration Control
- Types of Vibration
- Signal Classification
- Deterministic Approximations
- Probability
- System Model Uncertainty
- Random Vibration
- Types of System Mo dels
- Linear Approximation
- Dimensionality
Discrete Models
- Continuous Models
- Nonlinear Models
- Basic Dynamics
- Statics and Equilibrium
- The Equations of Motion
- Linear Momentum and Impulse
- Principles of Work and Energy
- Units
- Mars Orbiter Loss
- US Customary and SI Systems
- The Second
- Dimensional Analysis
- Concepts Summary
- Quotes
- SINGLE DEGREEOFFREEDOM UNDAMPED VIBRATION
- Motivating Examples
- Transport of a Satellite
- Rocket Propulsion
- Deterministic Modeling
