Research Guidance & Mentorship
My doctoral research at the Indian Institute of Technology Roorkee is conducted under the supervision of Prof. Sandipan Paul, whose expertise spans nonlinear continuum mechanics, finite deformation theory, constitutive modeling, and composite systems. I am also an active member of the Nonlinear Mechanics Laboratory (NLM Lab), where current research activities integrate theoretical developments, computational mechanics, and experimental investigations on various materials.
Prof. Sandipan Paul
Prof. Sandipan Paul specializes in nonlinear mechanics, finite deformation theory, constitutive modeling, continuum mechanics, and multiscale modeling of composite materials. His research group develops rigorous theoretical frameworks for understanding complex deformation, instability, incompatibility, and damage evolution phenomena in engineering materials subjected to nonlinear loading environments.
Under his supervision, my research focuses on multicontinuum formulations, geometric interpretations of incompatibility, and experimentally validated damage characterization frameworks for fiber-reinforced laminated composites.
Nonlinear Mechanics Laboratory
The Nonlinear Mechanics Laboratory (NLM Lab) at IIT Roorkee focuses on nonlinear continuum mechanics, constitutive modeling, finite deformation mechanics, instability analysis, composite systems, and experimentally validated the formulations.
Research Environment
The laboratory integrates rigorous theoretical mechanics and experimental investigations to study nonlinear material behavior, deformation mechanisms, damage evolution, and composite instability phenomena.
My Role in the Lab
As a member of the NLM Lab, I contribute toward the development of multicontinuum constitutive frameworks, geometric incompatibility formulations, finite deformation modeling, and experimental investigations involving laminated composites.
Research Highlights
The current research environment combines theoretical mechanics, constitutive modeling, and experimental characterization.
Continuum Mechanics
Nonlinear constitutive modeling and finite deformation formulations for composite materials.
Multicontinuum Theory
Development of constituent-level formulations for matrix cracking, fiber breakage, and delamination mechanisms.
Experimental Mechanics
Experimental characterization through tensile, mixed-mode bending, and damage evolution investigations.