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Springs for Vibration Isolation
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Classroom Contents
Principles of Vibration Control
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- 1 Introduction to Vibration control
- 2 Strategies & Steps in Vibration Control
- 3 Strategies, Active control, Detuning & Decoupling
- 4 Viscous damping model
- 5 Coulomb & Hysteretic damping model
- 6 Energy Dissipation in Structural Materials
- 7 Material Selection Criterion against Damping
- 8 Design for Enhanced Material Damping
- 9 Linear Viscoelastic Materials & Models
- 10 Maxwell & 3-Parameter Models
- 11 Complex modulus & Applications of VEM
- 12 Proof mass Actuator
- 13 Springs for Vibration Isolation
- 14 Basics of Dynamic Vibration Absorber
- 15 Modelling of Dynamic Vibration Absorber
- 16 Introduction to Active Vibration Control
- 17 Basics of Classical Control System
- 18 Basics of State Space Control
- 19 Controllability & Observability of System
- 20 Full State Feedback Control
- 21 SMSS Laboratory Demonstration
