Faculty Cover
7 years
Teaching Experience
7 years
Total Experience
Ph.D.
Highest Qualification
7+
Published Works

About & Biography

Mechanical Engineering academic and researcher with a Ph.D. from IIT Roorkee, specializing in computational modeling of steelmaking and continuous casting processes. My research focuses on CFD-based modeling, magnetohydrodynamics, solidification, electromagnetic stirring, and discrete-phase modeling, with particular emphasis on fluid flow, solidification, and inclusion behavior in continuous casting molds. My teaching philosophy emphasizes conceptual clarity, problem-solving, hands-on learning, and research-oriented thinking, encouraging students to develop analytical skills, creativity, and lifelong learning abilities. My academic experience includes undergraduate teaching, course coordination, laboratory supervision, project guidance, and serving as a TA for NPTEL courses on manufacturing and materials processing.

Education & Qualifications

Doctorate2024
Ph.D.
Mechanical and Industrial Engineering
Indian Institute of Technology Roorkee
Masters2013
M.Tech
Mechanical and Industrial Engineering
Indian Institute of Technology Roorkee
Bachelors2011
B.Tech
Mechanical Engineering
J.S.S. Academy of Technical Education, Noida

Research Specialization & Focus Areas

  • CFD-based modeling
  • Magnetohydrodynamics (MHD)
  • Solidification Modeling
  • Electromagnetic Stirring (EMS)
  • Discrete-Phase Modeling

Scholarly Publications

7 publications
2023
01

Effect of electromagnetic stirring on the transient flow, solidification and inclusion movements in the continuous casting slab mold

International Journal of Numerical Methods for Heat & Fluid Flowpeer-reviewed, Scopus/SCI

02

Transient analysis of fluid flow, solidification and inclusion behavior in electromagnetically stirred bloom caster mold using bifurcated submerged entry nozzle

Steel Research Internationalpeer-reviewed, Scopus/SCI

03

Effect of casting speed on solidification and inclusion motions in bloom mold caster under the influence of in-mold electromagnetic stirring

International Journal of Numerical Methods for Heat & Fluid Flowpeer-reviewed, Scopus/SCI

04

Physical modeling and numerical investigation of fluid flow and solidification behavior in a slab caster mold using hexa-furcated nozzle

Heat Transferpeer-reviewed, Scopus/SCI

2022
05

Numerical simulation for EMS induced solidification and inclusion behavior in bloom caster CC mold with bifurcated SEN

Journal of Manufacturing Processespeer-reviewed, Scopus/SCI

2020
06

Simulation of electromagnetic field and its effect during electromagnetic stirring in continuous casting mold

Journal of Manufacturing Processespeer-reviewed, Scopus/SCI