team

Abhijit Sarkar

Professor

210, Machine Design Section

Ph D Indian Institute of Science Bangalore, India

+91-44-2257-4723

asarkar[at]iitm[.]ac[.]in

  • Dr.Abhjit Sarkar received his PhD from Indian Institute of Science Bangalore in 2009. He worked at Eaton Corporation (2009) & Tata Motors (2003) before joining IIT Madras.
  • His research is in the broad area of acoustics, vibration. His focus is on mathematical formulation and analytical solution of problems in dynamics and acoustics. He has made significant research contributions on the understanding of the dispersion characteristics of structural acoustics waveguides, vortex-induced vibration characteristics, vibration of rotating structures, etc. He is engaged in industrial consultancy activities for leading industries and also conducting continuing education program for participants from industry and academia.

  • Vibro-Acoustics, Mechanics

  1. Best student paper award at National Symposium of Acoustics in 2005
  2. Best student paper award at National Symposium of Acoustics in 2007
  3. Best Paper award at Inernational Conference on Vibration Problems 2015

    Current Courses

  • Linear Algebra and its Applications in Mechanics, Engineering Acoustics

    Previous Courses

  • Vibro-Acoustics, Signal Processing, Kinematics and Dynamics of Machinery, Control System Engineering, Variational Principles in Mechanics, Engineering Drawing

  1. Chandramouli, A. and Sarkar A., "Tracking arbitrary free nutating trajectories of the Lagrange top using Floquet theory: Linear feedback approach", accepted for publication in International Journal of Control 2023.
  2. Bijay J., Bhadri Narayanan K. N., Sarkar A., DasGupta A., Nair D. R. "Optimization of anchor placement in TpoS MEMS resonators: Modeling and Experimental Validation", IEEE Journal of Micromechanical System 31(4), 2022, 571-579.
  3. Kumar M., Sarkar A. "Nonlinear Normal Modes of a Three Degrees-of-Freedom Cyclically Symmetric Piecewise Linear System", ASME Journal of Computational and Nonlinear dynamics 17(10), 2022.