Research Associate

Divyesh Variya

Research Associate at IIT, Bombay
Committee member of OpenFOAM Documentation & Tutorials
Research Interests in Heat Transfer & Multiphase

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Experience

2020 - Current
IIT, Bombay

Project Research Associate

•Numerical simulation of CFD
•Developed a programming based conduction course
•Mentor students during summer internship
•Development of opensource project for education
•OpenFOAM, Salome, GMsh, Paraview, Blender

2020
Larsen & Toubro, Hazira

Mechanical Design Engineer

•Research and Development for Heavy fabrication Machinery
•Welding structure and machinery design for minimum costing
•Prepare BOM and Costing for project
•Load calculation, 3D Modeling, FEA and Drafting
•SolidEdge, AutoCAD and NX Siemens

2018 - 2020
FACAADE

Mechanical Design Engineer

•Sheet-Metal product design for Building construction
•Market Research for products and development at factory
•Part design to Assembly design and Detailed drafting
•Design a concept and prepare MockUp with Production Team
•Die and Punch design for machining Shop
•AutoCAD and NX Siemens

2018
IIT, Bombay

CFD Research Intern

•Multi-phase CFD over INS Vikramaditya
•Formula-1 Aerodynamics, Bullet train shape comparison
•Summer intern for CFD research
•Generate complex meshing using open-source software
•Run Simulation using OpenFoam
•FreeCAD, Salome, OpenFoam, Paraview, Blender

Publications

Numerical study on various techniques of obtaining negative pressure room using OpenFOAM
FMFP-2020

19 April 2018

Air-flow in bed-room with rotating fan explaining cyclic AMI in OpenFOAM
cfd.fossee.in

19 April 2018

Different discretization schemes in OpenFOAM
cfd.fossee.in

19 April 2018

Falling of water droplet on the pool of water
cfd.fossee.in

19 April 2018

Aerodynamic study of Formula-1 car
cfd.fossee.in

19 April 2018

Multiphase flow simulation over INS Vikramaditya
cfd.fossee.in

19 April 2018

CFD analysis of a bullet train
cfd.fossee.in

19 April 2018

Mentoring

Shouvik Ghorui
Jadavpur University

Project-1: CFD study of deLaval nozzle with Fanno and Rayleigh condition
Project-2: CFD study of ventilation in a room maintained under negative-pressure to prevent airborne contamination

Monalisha
Birla Institute of Technology, Mesra

Project-1: Reduction of Pressure Fluctuation on Hydrofoil NACA 0015 Using Cavitation- Bubble Generator
Project-2: Simulation of 3-D Disinfectant Spray to Study Optimal Spray Cone Angle and Discharge Rate

Nikhil Sharma
Malaviya National Institute of Technology, Jaipur

Project-1: Turbulent Flow in a Diffuser
Project-2: ----

Binayak Lohani
Tribhuvan University, Nepal

Project-1: Study of coanda effect in turbulent jets
Project-2: ----

Jose Paul
---

Project-1: ----
Project-2: ----

Arham Javed
Maulana Azad National Institute of Technology, Bhopal

Project-1: ----
Project-2: ----

Mano Prithvi Raj R
Velammal Engineering College, Chennai

Project-1: ----
Project-2: ----

Dinesh Kumar Reddy G
Sastra deemed university, Thanjavur, Tamil Nadu

Project-1: ----
Project-2: ----

Mayank Rakesh
UPES, Dehradun, Uttarakhand

Project-1: ----
Project-2: ----

Siva Karthikeya M
Sastra deemed university, Thanjavur, Tamil Nadu

Project-1: ----
Project-2: ----

Mukund S
BMS College of Engineering

Project-1: ----
Project-2: ----

Nandini Jain
National Institute of Technology Rourkela

Project-1: ----
Project-2: ----

Talks given

Saranathan college of Engineering, Tamilnadu & AICTE
2021

Topic

• Detailed overview of OpenFOAM
• A demo session on OpenFOAM functionality

TEQIP Workshop for faculty development program
2021

Topic

• Detailed overview of OpenFOAM & CFD
• Basics of blockMesh, Laminar & Turbulence modelling in OpenFOAM

Azeotropy, IIT Bombay
2021

Topic

• Detailed overview of OpenFOAM & CFD
• OpenFOAM and CFD for chemical engineering

PSG College Of Technology for faculty development program
2021

Topic

• Detailed overview of OpenFOAM
• A demo session on OpenFOAM functionality

NMEICT Workshop organized by FOSSEE, IIT Bombay
2020

Topic

• Basics of blockMesh, Laminar & Turbulence modelling in OpenFOAM
• Multiphase modelling in OpenFOAM (VoF & Euler methods)

Hindustan Petroleum Corporation Limited
2020

Topic

• Basics of blockMesh, Laminar & Turbulence modelling in OpenFOAM
• Multiphase modelling in OpenFOAM (VoF & Euler methods)

Lab assisted

ME412

Prof. Janani srree muralidharan,
Associate Professor,
Department of Mechanical Engineering,
Indian Institute of Technology Bombay
Powai, Mumbai - 400076
Phone: (+91) 22 - 2576 7501/02/03
Achievement: 18 Case studies published by students

CL455

Prof. Yogendra Shastri
Associate Professor
Department of Chemical Engineering
Indian Institute of Technology Bombay
Powai, Mumbai - 400076
Phone: +91-22-2576 7203

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