The workshop aims to cover mechanical vibration – Basic Theory and application of Finite Element Methods for Industrial Case Studies.
What Will You Learn?
Understand theoretical principles of advanced vibration and the knowledge of analysing transient, nonlinear and random vibration for the practical problems.
Understand the importance of advanced vibration theory in the design of parts/component subjected to transient, nonlinear and random loads.
Application of finite element methods to solve advanced vibration problems
Knowledge of finite element analysis procedure to solve advanced vibration problems frequently encountered in industries.
Ability to identify and rectify the errors while solving dynamics problems.
Knowledge to extract the frequencies and mode shapes and interpret the results from finite element analysis.
Course Content
Introduction to Vibrations, Basic terminologies
Single Degree of Freedom Un-damped Free Vibrations
Single Degree of Freedom Damped Free Vibrations
Single Degree of Freedom of Forced Vibrations
Two Degrees of Freedom Systems
Multi Degree of Freedom Systems
Continuous System
Modal Analysis and Formulation
Harmonic Analysis
Finite Element Formulation for Harmonic Analysis
Transient Vibration Analysis Theory
Finite Element Formulation for Transient Analysis
Random Vibration – Theory
Finite Element Formulation for Random Vibration
Introduction to Advanced Topics in Dynamics
Seismic Analysis, Vibration induced Fatigue and Crack Growth, Noise and Acoustic
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Virtual Experiential Learning Pvt Ltd.,
# 28 (Old No 619/1), 2nd Floor, 36th Cross, 2nd Block, Rajajinagar, Bangalore-560010 India
Email : info@virtual-engineering.com
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