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Current Projects

 

Background

 

Past Projects

  1. Theoretical Modelling and Experimental Verification of Intermolecular Forces Considering the Surface Roughness.
  2. Optimal Design of Optical Fibre Couplers.
    • Substrate and Fibre bundles modelled as beam and string/beam coupled at bonding points
    • Tension in fibres varying with time resulting in nonlinear effect
    • Finite element analysis to predict the displacement and stresses of fibres
    • Optimization of coupler design
  3. Analysis and Software Development of Automotive Timing Belt Drive Systems
    • Static analysis
    • Free and forced vibration analysis
    • Multi-frequency excitation analysis
    • Transient vibration analysis
  4. Optimum Design of Tensioner Orientation for Belt-Tensioner Systems
    • Both tensioner arm orientation and its damping being the design variables, and span tension variation minimum being the design objective
    • Sensitivity analysis and design optimization
  5. Dynamic Analysis of Shaft--Rotor-Bearing Systems
    • Dynamic analysis of shaft-rotor systems with viscoelastically supported bearings
    • Stability analysis and steady-state solution of a rotor with nonlinear bearings
    • Nonlinear coupling of torsional vibration and bending vibration of a rotating shaft
    • Complex frequencies and modes of shaft systems incorporating both external and internal damping
  6. Control of High Speed and High Accuracy Piezoceramic Based Linear Motors
    • Design and analysis of an inchworm piezomotor
    • Neural network control for tracking of the inchworm piezomotor
  7. Dynamics and Control of Flexible Robot Payload Systems
    • Dynamic modelling using component synthesis method
    • Vibration reduction control
  8. Nonlinear Finite Element Analysis Using Time Integration Method
  9. Nonlinear Vibration Analysis of a Spinning Disk
    • Inclusion of in-plane inertia in nonlinear coupled in-plane and transverse vibrations
    • Nonlinear solution using canonical perturbation method
  10. Dynamics of Flexible Macro-micro Robots on a Flexible Base
    • A modular formulation for macro/micro mnipulators
    • Dynamics-based redundancy resolution
  11. Vibration Behavior of Papermaking Dewatering Fabrics
    • Prediction of Stock Jump on the table of Fourdrinier machines
    • Prediction of vacuum forces on the table of Fourdrinier machines
  12. Static and Dynamic Analysis of an Arm-Truck Garbage Collecting System
    • Finite element analysis of the truck body
    • Stress concentration
  13. Dynamics Analysis and Offset Predictions of Calender Stack Vibration in Papermaking Machines
    • Comprehensive model for dynamic analysis developed
    • Offset prediction using optimization
  14. Dynamic and Stability Analysis of Vehicles Carrying Liquid Cargo

 

 

 

Nullamlacus dui ipsum conseque loborttis

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

Continue Reading »