Parth Purohit

Topic: Numerical Investigations of Fouling-Induced Roughness on a Compressor Stage 1) The meshing of CAD geometries in Autogrid, including a grid convergence study 2) Assessing the need for including IGV in flow simulation 3) Simulation of best fit numerical roughness in DLR-TRACE solver 4) Investigation of different operating points and configurations of smooth and rough compressor blades 5) Validation of various test results with the experimental data Software: Autogrid, DLR-TRACE Solver, TecPlot 360

Institut für Strömungsmechanik (ISM), TU Braunschweig, Germany Scientific Research Group - Multiphase flows and Icing 1) Meshing different Iced Aerofoils in Ansys-Workbench 2) Performing Numerical Simulations in Ansys-Fluent 3) Literature review of Iced airfoils' validation Software: Solidworks, ANSYS Workbench

Werkstudent- MUSIC-HAIC project 1) Generating different 2D and 3D geometries in CAD software 2) Mesh generation for different CAD models in ANSYS-Workbench 3) Performing CFD simulations in ANSYS-CFX 4) Validating different CFD results with experimental results Software: Solidworks, ANSYS Workbench Skills: Meshing · Numerical Simulation · Post Processing · Computer-Aided Design (CAD)

Institut für Strömungsmechanik (ISM) Junior Research Group "Physics of Laminar Wing and Fuselage“ Topic: 3D Simulation of a Wing with Hybrid Laminar Flow Control for Subsonic Short-Range Aircraft 1) Generating different 2D and 3D geometries in CAD software 2) Mesh generation for different CAD models in Pointwise 3) Running RANS-Simulation in DLR-TAU code 4) Validating different CFD results with experimental results Software: Solidworks, Pointwise, DLR TAU code, TecPlot 360

Institut für Strömungsmechanik (ISM) Junior Research Group "Flow physics of Load reduction" 1) Carrying out numerical simulations of circulation control airfoils encountering vertical gusts 2) Executed the numerical simulations on the high-performance computing cluster 3) Analyzing the results Software: Solidworks, Pointwise, DLR TAU code Skills: Meshing · Numerical Simulation · Computer-Aided Design (CAD)

Institut für Werkzeugmaschinen und Fertigungstechnik (iWF). 1) Simulation of the electrolyte filling process of Lithium-Ion batteries using ANSYS Workbench. 2) Developing different models in Fluent, such as Multiphase Modeling, Particle tracking by DPM. 3) Doing stress strain analysis of pouch cell by using Static structural and Dynamic structural analysis. 4) Combining Thermal analysis with structural analysis and comparing results with Fluent-Static structural results.

Institut für Baustoffe, Massivbau und Brandschutz (iBMB). 1) Numerical simulation of a dynamic piping system to study water hammer effect by using ABAQUS. 2) Performing stress strain analysis for solid elements by using ABAQUS. 3) performing stress strain analysis for continuum shell elements by using ABAQUS. 4) Simulating water hammer effect by UDFs in ANSYS Fluent. 5) Performing Static and dynamic structural analysis in ANSYS workbench and comparing results with ABAQUS results.

Master Thesis: Numerical Investigations of Fouling-Induced Roughness on a Compressor Stage Student Project: 3D Simulation of a Wing with Hybrid Laminar Flow Control for Subsonic Short-Range Aircraft Fluid mechanics, Solid mechanics, Thermodynamics, Java, C++, FEM, FVM, Computational Aerodynamics, Computational Aeroacoustic, CFD, Post-processing of numerical and experimental data, Differential equations, Scientific Visualisation.

B.E Project : Development of Hydraulic Machine for Gearbox Engagement and Dis‐Engagement for Maintenance Purpose Machine design, Fluid mechanics, Strength of materials, C language, Engineering graphics, Vector calculus and linear algebra, Industrial drafting, Material science and Metallurgy, Manufacturing Processes, Theory of machines, Power plant engineering, CAD, Control Engineering, Heat And mass transfer, Automobile Engineering, Production technology, Refrigeration and Air conditioning.