Kashyap Chawda

Linear Drive for Power Tools •Development of behavior models of the linear drive including loads its characteristics of power tool •Investigation of behavior and performance of the power tool and comparing to conventional drives. •Simulation of the drive using MATLAB and FEM software.

Research and Development of Super Conductors, Optimizing HAMOD and Magcheck Device •Characterisation of High Temperature Superconducting(HTSC) material •Developing and upgrading of new design Magcheck •Stray field analysis by High-Accuracy Magneto Optical Device(HAMOD)

Designing and implementing cost-effective equipment modifications, Planning and Designing new production processes.

Design of Aerospace Wings using honeycomb structures •To investigate the strength characteristics of aluminum sandwich panels theoretically and experimentally •Performing three point bending test, axial compression and lateral crushing loads on panel •Simplified theories are applied to analyze bending deformation, buckling/ultimate strength and crushing strength of panel

Design of Heat Exchanger •Design of shell and tube heat exchanger using genetic algorithms (GA) and kern’s method •Estimation of the minimum heat transfer area required for a given heat duty •Finding the overall heat transfer coefficients and Log Mean Temperature Difference (LMTD)of Heat Exchanger and comparing it to the value of MATLAB software

Finite Element Methods, Materials for Sensors and Electronics, Solid State Physics, Precision Instrumentation, Physical Material Diagnostics, Embedded System, Optical Instruments

Finite Element Methods, Design of Machine Members, Metallurgy and Material Science, Classical Mechanics, Electrical and Electronics Engineering, Thermal Engineering, Machine, Tools, Heat Transfer, Engineering Physics, Thermodynamics