Students

Here is a picture of most of the students who worked with me in 2018.

Students in 2018

From left to right, Dileep Menon, Suraj Sanka, Rahul Govind, Asmelash Haftu, Aditya Bhosale, Pawan Negi, Vikas Kurapati, Ananyo Sen, A Dinesh, and Abhinav Muta.

The following is a list of current and ex-students who have worked with me.

Ph.D.

  • 2022 - current: Anchal Varshney (external from Cummins)

  • 2020 - current: Navaneet Villodi

  • 2016 - current: Ajay Vora (external from ARDE).

  • 2017 - 2023: Abhinav Muta, A Dinesh, and Pawan Negi.

  • 2016 - 2024: Asmelash Haftu (along with Prof. Shiva Gopalakrishnan)

  • 2009 - 2014: Kunal Puri: Smoothed particle hydrodynamics for the compressible Euler equations. Kunal currently at Cadence, Belgium.

M.Tech.

  • 2024

    • Arpan Gupta

  • 2023

    • Vedant Saoor, Mahipal Singh Rathore, Sunny Kumar Khadka, Aditya Sharma

  • 2021

    • Abhishek M Tripathi: Study of boundary condition methods for compressible flows using SPH

    • Sudershan G: Thermal analysis of a Satellite using Smoothed Particle Hydrodynamics(SPH)

  • 2020

    • Parag Shende, Rushi Lotti

    • Souraj Dewalia: Thermal analysis of a Satellite using Smoothed Particle Hydrodynamics

    • Mrinal Mahato (with Prof. Kowsik Bodi)

  • 2019

    • Ananyo Sen: Comparison of recent SPH schemes for Euler equations

  • 2018

    • Dileep Menon: SPH applied to shallow water flows.

  • 2017

    • Muta Abhinav: Lattice Boltzmann Methods.

    • A Dinesh: SPH DEM coupling.

    • J Sethy: Simulation of jets with SPH.

  • 2016

    • Mohit Rohatgi: Direct Simulation Monte-Carlo schemes.

    • Ajay Kumar Verma: with Prof. Shiva Gopalakrishnan

  • 2015:

    • Vishnu Sivadasan: SPH for the Shallow water equations.

    • Saravanan S: SPH for simulating high-explosives.

  • 2012

    • Sanal P: Numerical simulation of rotating cage with coupons and analysis of wall shear profile

  • 2010:

    • O V Kiran:

  • 2009:

    • Chandrashekhar P. Kaushik: PySPH

  • 2007:

    • Raashid Baig : Parallel scientific data visualization for engine CFD data.

Dual degree

  • 2022

    • Harshvardhan Baldwa, Amal sebastian, Rohit Vinodrao Tembhare

  • 2021

    • Yash Kothari

  • 2019

    • Aditya Bhosale

    • Prashant Kumar

  • 2018

    • Vikas Kurapati: Modeling surface tension with SPH.

    • Suraj Sanka: Corrective schemes for SPH.

  • 2015

    • Poorva Shukla: Reduced order models for separated flows.

    • Arpit Agarwal: KHI and CAF simulation with SPH. (with Prof. Amitabh Bhattacharya).

  • 2013:

    • Mustafa Mutiur Rahman

  • 2011

    • Pankaj Pandey: Solid mechanics using SPH.

    • Prashant Agrawal: A 3D viscous flow solver using Python.

  • 2010

    • Tushar Kaul.

    • Arnav Dey.

    • Varun Puri.

    • Satyam Kumar.

  • 2008

    • Deepanshu A. Rajvanshi: 3D N-body treecodes.

    • Kaushik Goswami: Mixing in fluid mechanics.

    • Santosh Biradar: 3D panel methods.

  • 2007

    • Ranjan Kumar: Comparison of grid based and particle methods for 2D unsteady, viscous, incompressible flows.

    • Aniruddha Choudhary: Smoothed particle hydrodynamics for fluid flow problems

    • Sujay Bedekar: Non-simplicial mesh generation.

B.Tech.

  • 2024:

    • Ishan Jain

  • 2021

    • Amal Sebastian, Amrutha Valdadi, Prajwal Pratiksh, Harsh Baldwa, Karthik Anantharaman

  • 2020

    • Krishna Wadhwani, Rohan Kaushik

  • 2018

    • Rahul Govind: GPU oct trees for PySPH.

  • 2017

    • Aditya Bhosale: Identifying nearest neighbors on the CPU and the GPU.

    • Mrinalgouda Patil: Accuracy of SPH schemes.

    • Yashasree Vanam: Boundary conditions for compressible SPH schemes.

  • 2015

    • Arkopal Dutt: Accuracy and stability of SPH schemes.

  • 2011

    • Raunak Borker: SPH on the GPU

    • Mustafa Mutiur Rahman: Vortex methods applied to wind energy problems

    • Bharat Tak: Flapping wings.

  • 2009

    • Avi Meher.

    • Achyooth Sinha.

  • 2008

    • Rama Rao.

    • Yashwanth Ganti

    • Ritu Priyanka

  • 2007

    • Anirudh Patil: 2D vortex methods.

    • Ranjan Das : Study of pitching and heaving airfoils in 2D.