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Research Areas


  • Bio-instruments and biomechanics
  • Mechanical vibrations of machinery, automobiles and structures
  • Theoretical modelling and analysis of linear and nonlinear vibration systems
  • Vibration control
  • Flexible robotics
  • Finite element method and numerical methods
  • Stress analysis
  • Design and Development of Bio-sensors
  • Modelling of Soft Tissues
  • Micro-Mechanical-Electrical Systems
  • Modelling and Analysis of Intermolecular Forces

 

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Nullamlacus dui ipsum conseque loborttis

Nullamlacus dui ipsum conseque loborttis non euisque morbi penas dapibulum orna. Urnaultrices quis curabitur phasellentesque.

Continue Reading »