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Course on Advanced Vibrations

  • Categories Mechanical
  • Duration 40h
  • Total Enrolled 0
  • Last Update March 15, 2020

About Course

The course aims to impart knowledge of theoretical principles of advanced vibration analysis techniques for the solution of practical application problems in engineering.

Description

The course covers advanced vibrations analysis and its applications. Study of advanced vibrations is important to mechanical, aeronautical and civil engineers. It is necessary for a design engineer to have a sound knowledge of vibrations. The emphasis is on the application of theoretical knowledge to actual industry situations. This course is planned or meant for engineering graduate students / teachers / technical staff / design /practicing engineers who have already undergone the foundation course in dynamics of machines and wish to enhance their knowledge to adopt the advanced method of solving industrial applications problems. The main aim of the course is to prepare the participants to tackle complex and frontier technological problems in vibrations. Thus, participants will gain theoretical knowledge of advanced vibration and its practical applications with the ability to solve any type of vibration problems in engineering.

What Will I Learn?

  • Understand theoretical principles of advanced vibration and the knowledge of analysing forced and transient vibration, vibration and noise control for the practical Understand the importance of advanced vibration theory in the design of parts/component subjected to forced and transient loads.
  • Application of appropriate methods to measure and control vibration and noise.
  • Knowledge of numerical 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 analysis.

Topics for this course

9 Lessons40h

Forced vibrations (1DOF)

Forced vibrations (1DOF): Introduction, analysis of forced vibration with constant harmonic excitation, MF,rotating and reciprocating unbalances, excitation of support (Relative and absolute amplitudes), force and motion transmissibility, energy dissipated due to damping and numerical problems.

Systems with 2DOF

Numerical methods for multi DOF systems

Modal analysis and condition monitoring

Vibration measuring instruments and whirling of shafts

Vibration Control

Transient Vibration of single Degree-of freedom systems

Noise Engineering

Noise: Sources, Isolation and control

About the instructors

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49 Courses

0 students

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52 Courses

4 students

10,000.00

Requirements

  • All those who have already undergone the foundation course on dynamics of machine and wish to learn and enhance their knowledge about the applications of analytical and numerical analysis procedures in solving advanced vibration problems.

Target Audience

  • Design Engineers/CAE Engineers/Engineers working in mechanical, automotive, aerospace, railways, defence, nuclear energy, thermal power, wind, medical equipment, electrical and electronics etc, and related Industry involving design analysis can participate.