Academic Identity

Vidwan-ID : 99908

Edit Profile


  • Dr Anoop Kumar Gupta

  • Assistant Professor
  • Indian Institute of Technology Patna
Publications 2014 - 2023

Publications

  • 37
    Journal Articles
  • 3
    Projects
  • 19

Citations / H-Index

206 Citations
8 h-index
187 Citations

Altmetrics

6
4
4
34
4

Google Scholar

Co-author Network

Expertise

Chemical Engineering

Computational fluid dynamics, Non-Newtonian flow rheology, Heat transfer in Nanofluids, Modelling of Phase change materials, Thermal Management of Lithium-ion Batteries

Personal Information

Dr Anoop Kumar Gupta

Male
06/116, Chemical and Biochemical Engineering Indian Institute of Technology Patna, Bihta
Patna, Bihar, India - 801106

Experience

  • Assistant Professor

    Department of Chemical and Biochemical Engineering

    Indian Institute of Technology Patna

Qualification

  • Ph.D

    Indian Institute of Technology, Kanpur

  • M.Tech

    Indian Institute of Technolgy, Guwahati

  • B.Tech

    HBTI Kanpur

Honours and Awards

2018

DST Inspire Faculty Award

DST

2015

International Travel Grant

DST

2018

DST Inspire Faculty Award

DST

2015

International Travel Grant

DST

Read Less

Doctoral Theses Guided

2023

Numerical Modeling on Thermal Management of Cylindrical Lithium-ion Batteries

Lalan Kumar Singh, IIT Patna

2023

Numerical Modeling on Thermal Management of Cylindrical Lithium-ion Batteries

Lalan Kumar Singh, IIT Patna

Read Less

Membership In Professional Bodies

2022

The Institution of Engineers (India)

Lifetime member (M-1738237)

2022

Indian Society for Heat and Mass Transfer (ISHMT)

Life member (1492)

2021

Indian Institute of Chemical Engineers (IICHE)

Life member (LM-71400)

2022

The Institution of Engineers (India)

Lifetime member (M-1738237)

2022

Indian Society for Heat and Mass Transfer (ISHMT)

Life member (1492)

2021

Indian Institute of Chemical Engineers (IICHE)

Life member (LM-71400)

Read Less

Research Projects

Mathematical modeling on melting/solidification of composite phase change materials in local thermal non-equilibrium using Brinkman extended Darcy-Forchheimer equation under simultaneous charging and discharging conditions

Funding Agency : SERB

Design and optimization of systems containing micro-encapsulated phase change materials (MPCMs) for efficient thermal energy storage and heat transfer

Funding Agency : DST

Development of an optimized and efficient lithium-ion battery thermal management system for electric vehicles utilizing phase change material and metal foam composites

Funding Agency : SERB

Mathematical modeling on melting/solidification of composite phase change materials in local thermal non-equilibrium using Brinkman extended Darcy-Forchheimer equation under simultaneous charging and discharging conditions

Funding Agency : SERB

Design and optimization of systems containing micro-encapsulated phase change materials (MPCMs) for efficient thermal energy storage and heat transfer

Funding Agency : DST

Development of an optimized and efficient lithium-ion battery thermal management system for electric vehicles utilizing phase change material and metal foam composites

Funding Agency : SERB

Read Less

Publications (37)

Powered by