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Mechanical Vibrations, 1/e


Mechanical Vibrations, 1/e
Author(s)  Srikant Bhave
ISBN  9788131732489
Imprint  Pearson Education
Copyright  2010
Pages  359
Binding  Paperback
List Price  Rs. 720.00
  
 
 

Mechanical Vibrations is an unequaled combination of conventional vibration techniques along with analysis, design, computation and testing. Emphasis is given on solving vibration related issues and failures in industry.
  • About the Author
  • Contents
  • Features
  • Downloadable Resources

Shrikant Bhave is an internationally well known expert on the subject of vibration analysis and has nearly four decades of experience in teaching and in industry. During his tenure at BHEL (1976-1996), he has solved a large number extremely complex problems of vibration and vibration related failures encountered on large power plants and industrial equipments in India as well as abroad. Also during his tenure at BHEL he guided several stress & vibration analysis related M.Tech / PHD theses at IIT/IISC. He has published more than 95 papers in international journal and conferences. He also trained graduate engineer trainees of BHEL in this subject. His book on theory and practice of vibration analysis reflects his vast experience in the field while teaching at H.B.T.I. (Kanpur 1966-76), working in BHEL (1976-1996), working at L&T (1996-2002), working as Director academic SVIT (Vasad 2002-2008) and working as a free lance consultant since 2003. His clients include major industries such as L&T, Ultatech Cement, ACC, APGENCO, IOCL, RIL, NTPC, UJVNL etc.
 

  1. Fundamentals of vibration analysis.
  2. Single degree of freedom vibration systems
  3. Two degrees of freedom vibration systems
  4. Multi degree of freedom vibration systems
  5. Torsional vibrations
  6. Transverse vibrations
  7. Vibration diagnosis & control
  8. Finite element method
  9. Fundamentals of experimental modal analysis
  10. Miscellaneous topics in vibration analysis & introduction to noise analysis
 

  • A chapter on “vibrations diagnostic and control
  • Method of discretization, choice of element, shape functions etc. have been explained using MATLAB
  • Running examples used throughout to explain the theoretical concepts
  • Online case studies on reliability and failure analysis of rotating machinery
  • Running examples used throughout to explain the theoretical concepts
 
 
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