Ing. Aditya Rajanna Nadig

Project description• Image acquisition, reconstruction and segmentation of Neural Aneurysms using Mevislab,Blender,Sculptris,Paraview,Netgen softwares. use of software tools for segmentation, hemodynamic simulation and CFD post-processing (e.g., StarCCM+, EnSight). Performing hemodynamic CFD simulations for the investigated cases by automating the common workflow.

CFD simulation of a Multiphase flow in a Pitot Tube Jet Pump Project description• To perform a CFD simulation to check the flow distribution inside the pitot tube jet pump. • To perform Grid Independence Study and to select optimum Grid for our Case. • To find the appropriate Interface configuration between rotating and stationary part of the pump. • To design the Impeller blades for the pump and perform CFD simulation for the pump to study separation efficiency effects.

Responsible for Design and Development of various components of Powertrain on locomotive Manufactured by Electomotive Diesel(A Catepillar Company). Involved in modelling of sheet metals,casting and structuring in assembly level. Responsible for unparametric to parametric model conversion. Involved in creating piping,tubing and hoses routing as per the project standards. Responsible for creation of drafting,assembly drawing and application drawing.

In current project an effort was made to convert 1st gen to 2nd gen common rail fuel injection systems and compare engine performance of the upgraded system with the old system. From theoretical investigation it has been proved that pump work will be reduced by 1.5kw and mileage of the vehicle has been improved by 2kms and vehicle was upgraded from BSII to BSIII.

Intern in the department of CFD dealing with the combustor of a Gas turbine. I did a project on a non-reactive flow CFD analysis inside a laboratory scale combustor.

Fluid Dynamics, CFD, Heat and Mass Transfer, Industrial Energy Management

Basic and Advanced Thermodynamics, Fluid Dynamics, Mechanics of Materials, Design of machine elements, Finite element methods,Turbomachinary, Mechanical vibrations