Student |
Year |
Thesis |
Currently at: |
Aditya Vaid (MS) |
2022 |
Interaction of free stream turbulence with roughness induced streaks in transitional flows |
Bajaj Auto Limited, Pune, India |
Sumit Sarvankar(MS) |
2022 |
Crosswind Aerodynamic Analysis Using Quasi 3D Ducts |
IIT Madras |
Kotturi Sai Nikhil (MTech) |
2022 |
Enhancement of in-house High-order Solver to handle Overset Grids |
OLA Bangalore, India |
Korumilli Satya Kumar (MTech) |
2022 |
Large Eddy Simulations of Cavity Flows: Active Flow Control Using Plasma Actuation |
Airbus Bangalore, India |
Kiran Hiremath (MTech) |
2022 |
Implementation of Transition/Turbulent models in COMPSQUARE |
|
Akash Haridas(IDDDP) |
2022 |
Deep Neural Networks to Correct Sub-Precision Errors in CFD |
University of Toronto |
Ananthu Nair(DDP) |
2022 |
Inverse Design of Airfoil Using Deep Neural Networks |
Urban Company, Chennai |
Avinash Bagali(DDP) |
2022 |
Physics Informed Neural Networks to Model Transitional Flows |
|
Ganesh Nampelly (MTech) |
2021 |
Eddy Resolving Simulations of Cavity Flows (Recipient of INAE Innovative Students Project Award) |
Robert Bosch Bangalore, India |
Yengu Siva Sai Krishna (DDP) |
2021 |
Instability and breakdown of Stuart Vortices |
Navi Technologies, Bangalore |
Alex Yeung (MPhil) |
2018 |
Aircraft Nacelle Design |
Hong Kong Government |
Student |
Year |
Thesis |
Currently at: |
Nihal S Manvi |
2022 |
Tensor based Neural Networks for turbulence closure |
IIT Madras |
Vanya B |
2021 |
Lower Order Modelling and LSTMs to model Transitional Flows |
JP Morgan Chase |
Sanjan Muchandimath |
2020 |
Custom Solver for validating the Immersed Boundary Method with Smeared Geometry on the NASA rotor 67 |
University of Michigan, Ann Arbor |
Parag Goyal |
2020 |
Predicting Transitional flow Over Rough Surface Using Deep Voxel Flow |
Nference Labs |
Dhruval Karmariya |
2020 |
Prediction of Transitional Flows using Gene Expression Programming |
Standard Chartered GBS Pvt. Ltd. |
Aditya Vinod |
2019 |
Lower Order Modelling of Transitional and Turbulent Boundary Layers |
The University of Texas, Austin |