SHIVA RAMA KRISHNA ADIKA

 The aim of the project is to improve the approach to the simulation of the thermal characteristics of IGBT modules without base plates.  The challenge is to formulate and validate a methodology to ensure the error between the simulation and laboratory results to be minimal.  ANSYS Workbench and MATLAB are been used for performing simulations.

 Performed analysis for power modules like thermal impedance and resistance analysis.  Construction and evaluation of FEM models with voids in solder for power modules.  Thermal Expansion analysis are performed due to temperature fluctuations.  Understood the application of FEM in semi-conductors.  Acquired knowledge about technicality of power modules.  ANSYS Workbench is been used for performing simulations.

The main responsibility is to design, develop and validate the parts as per requirement. Some of the parts are Sheet metal, Plastics, NVH parts, Hood & Trunk lid latch, cables…etc. The main challenges are : (i)To ensure the production of the parts have less number of defects. iii)Optimum cost required to produce the part. Ensuring high quality which can deliver maximum efficiency with more life.

The aim is to analyze an Aircraft Stiffened Panel due to Cabin Pressurization. Acquired knowledge about various types of loads that act on Aircraft. Understood the application of Finite Element Analysis in design of Aircraft. PATRAN & NASTRAN are used for pre & post processing, solver.

Continuum Mechanics, Linear FEM, Advanced FEM, Numerical Methods and Scientific Computing, Applied FEM, Computational Modelling of Mixtures, Computational Wind Engineering, Fluid Dynamics.

Automobile Engineering, CFD,Operations Research, Engineering Graphics,Design of Machine elements,Strength of Materials, Manufacturing Technology, Engineering Mechanics, Material Science&Engineering.