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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
Description:
PRE-REQUISITES: Basics of Mechanical Vibrations INTENDED AUDIENCE: B.Tech/M.Tech/PhD INDUSTRIES APPLICABLE TO: Oil, Space, Manufacturing industries COURSE OUTLINE: Vibration is undesirable in most engineering systems. The adverse effects of vibration include fatigue failure, severe damages due to resonance, malfunctioning of sensitive instruments/systems, loss of accuracy of work-piece due to vibration of machine tools, etc. This course will give a brief overview of the various strategies to control such vibrations in systems and the principles behind them.

Principles of Vibration Control

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