Raghavendra R MAug 2023Email: raghavendrarm9@gmail.com
Area of Research: Modelling of hydrogen diffusion in
polycrystalline materials
In collaboration with Prof. Ilaksh Adlakha (AM&BE)
HariJun 2025Email:
Area of Research:
Ph.D. Students
Avinash GonnabattulaJan 2020Email: avinash2462@gmail.com
Area of Research: Mechanics of 3D printed Ti64 alloy.
Mohit Murlidhar LudhwaniJan 2021Email: mohit1031996@gmail.com
Area of Research: Microstructure informed modelling of
fatigue behavior.
Shiva Kumar GaddamJul 2022Email: shivakumar.gdm@gmail.com
Area of Research: Computational study of initiation and
propagation of cracks in metallic materials.
Vikrant SaumitraSep 2023Email: saumitravikrant@gmail.com
Area of Research: Characterization and deformation
studies in 3D printed Ti-6Al-4V
MuhaiyuddinJun 2025Email: muhaiyuddin.s@gmail.com
Area of Research: Coupled hydrogen diffusion and
mechanics
co-guided with: Prof. Ilaksh Adlakha (AM&BE)
Veerabhadra VeeramustiJan 2019Email: veerabhadra1418@gmail.com
Area of Research: Defromation behavior of Magnesium
alloys.
Sarnath SinghJul 2018Email: sarnath.rram@gmail.com
Area of Research: Phase-field modeling of damage and
brittle fracture in multi-phase material
Co-Guide: Prof. Ratna Kumar Annabatula (Mechanical)
Mahesh ArunprasathAug 2023Email: maheshsaifeb20@gmail.com
Area of Research: Atomistically informed coupled
chemo-mechanical crystal plasticity framework.
co-guided with: Prof. Ilaksh Adlakha (Applied Mechanics)
Achal H PJul 2024Email:Area of Research:
MS Students
Jayavarshini EJan 2021Email: xxxxxxxx@smail.iitm.ac.in
Area of Research: Role of hydrogen on deformation in
steels
Joint guidance: Prof. Lakshman Neelakantan
Firstname Middlename LastnameMonth 20xxEmail: xxxxxxxx@smail.iitm.ac.inArea of Research:
M.Tech. Students
Anirvin YenniJun 2025Email: anirvinyenni4@gmail.com
Area of research: Computational fracture mechanics
Research Fellow
Vishal Kumar KadambalaJun 2024Email: kadambalavishalkumar2001@gmail.com
Area of Research: Synergistic effects of hydrogen on
deformation behaviour of Dual-Phase steels
