Vibration control

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2 STUDENTS

Basic Concepts: Review of free and forced vibrations with and without damping; Free and forced vibration of single, two and multi-degree of freedom systems with and without viscous damping – Basic Vibration Control: reduction at source, Active feedback control, vibration isolation – Vibration Generation Mechanism: Vibration generation mechanisms: Source classification, self excited vibration, flow induced vibration, field balancing of rigid rotors/flexible rotors and damping models and measures, Design consideration of material selection.

Passive Vibration Control: Basics, design of absorber, absorber with ideal spring, shock absorber, isolators with stiffness and damping – Active Vibration Control: Basics, Piezoelectric materials, electro rheological fluids, magneto rheological fluids, Magneto- and Electrostrictive Materials in Vibration Control, shape memory alloys and electro-magnetic materials – Vibration Measurement: Basics, data acquisition, FFT analysis and filters

Course Curriculum

Basics of Vibrations for Simple Mechanical Systems Details 55:2
Reduction at source-1 Details 47:4
Vibration Isolation-1 Details 53:28
Source Classification Details 51:17
Design Sensitivity — I Details 44:2
Basics of Passive Vibration Control Details 45:57
Basics of Active Vibration Control Details 47:8
Basics of Vibration Measurement System Details 48:41
Introduction to Damping in Free and Force Vibrations Details 46:19
Reduction at source-2 Details 50:22
Vibration Isolation-2 Details 48:44
Self Excitation Vibration Details 47:17
Design Specification Details 38:51
Design of Absorber Details 51:9
Piezoelectric Material — I Details 57:6
Data Acquisition Details 36:54
Free and Forced Vibrations of Two Degree of Systems Details 51:27
Reduction at source-3 Details 55:10
Vibration Isolation-3 Details 48:52
Flow Induction Vibration Details 49:8
Design for Enhanced Material Damping Details 49:24
Shock Absorber Details 52:33
Piezoelectric Material — II: Applications Details 48:27
Fourier Transformation Details 43:2
Multi Degree of Freedom Systems Details 45:20
Feedback Control System-1 Details 48:31
Field Balancing of Rigid / Flexible Rotors Details 50:39
Isolators with Stiffness and Damping Details 44:52
Piezoelectric Accelerometers Details 39:25
Filters Details 41:26
Shunt Damping Details 44:24
Damping: Models and Measures — I Details 47:33
Electro-rheological (ER) Fluids Details 52:40
Damping: Models and Measures — II Details 56:40
Magneto-rheological (MR) Fluids Details 45:55
Numerical Problems Details 0:56
Magneto and Electrostrictive Materials Details 50:48
Shape Memory Alloy Details 48:23
Electro-Magnetics Details 46:4
Numerical Problems. Details 52:57

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