Subhendu Chakraborty is a distinguished post-doctoral researcher based at the Los Alamos National Laboratory (LANL), specializing in the computational modeling of metallic materials across both continuum and atomic scales. He holds a Ph.D. from Johns Hopkins University, where he focused on atomistic modeling techniques, particularly using Accelerated Molecular Dynamics (AMD) to analyze metallic materials.

Chakraborty's expertise includes developing a concurrent multiscale model that merges Molecular Dynamics (MD) with Crystal Plasticity Finite Element (CPFE) methods. This innovative approach enhances the spatial scale of atomistic models, providing deeper insights into material deformation and dislocation behavior. His current research incorporates dislocation transport models, offering significant implications for understanding material deformation in polycrystalline structures.

He actively engages in various research areas, including time-accelerated MD, polygonal XFEM for crack propagation modeling, and investigations into the effects of alloying elements on structural materials. Subhendu's work contributes to advancing knowledge in material science, with applications ranging from additive manufacturing to the prediction of mechanical properties in metals.