Academic and Professional Experience :

  My CV: here     **    Ph.D. Thesis: here   **    Masters Thesis: here

Postdoctoral Researcher Fellow, University of Michigan, Ann Arbor

Materials Science and Engineering(MSE)

Project_01: Atomistic Modeling of the strengthening mechanisms of Refractory Concentrated Alloys(RCAs) due to the presence of different alloying elements.

Project_02: Multiscale Modeling of the effect of chemical complexity on the crack tip plasticity for Refractory Complex Concentrated Alloys(RCCAs).

Project_03: Investigating Solute-Grain Boundary Interactions and Grain Growth Kinetics in Magnesium-Yittrium System at the atomic scale.

Researcher Scientist, Los Alamos National Laboratory

Theoretical Division(T3), X-Computational Physics(XCP-5)

Project: Developing a dislocation transport-based crystal plasticity material model and it’s implementation in the open source code MOOSE.

Ph.D. Johns Hopkins University, Baltimore
 Mechanical Engineering.

Projects: 

  1. Extended the temporal scale of Molecular Dynamics (MD) models to simulate low-strain-rate deformation physics over longer timescales.
  2. Integrated Crystal Plasticity Finite Element (CPFE) methods with Molecular Dynamics (MD) to build a robust multi-scale concurrent modeling framework to study crack-tip plastic deformation mechanism at the micron scale.

My PhD Thesis: PhD Thesis

Masters of Engineering(ME), Indian Institute of Science, Bangalore
Aerospace Engineering.

Projects:

  1. Developed an enhanced numerical integration scheme using Schwarz–Christoffel conformal mapping for Polygonal Finite Element Methods (PFEM).
  2. Simulated fracture kinetics and crack growth in metallic systems using Polygonal XFEM modeling.

Term Projects:

  1. Evaluated the internal defect location in pre-cracked Shape Memory Alloy (SMA) wires using acoustic wave-based Non-Destructive Evaluation (NDE).
  2. Designed and fabricated a coaxial contra-rotating RC helicopter capable of carrying a minimum payload of 20g.

Masters Thesis: ME Thesis

Undergraduate, Jadavpur University, Kolkata
Civil Engineering

Term Projects:

  1. Design and cost estimation of a 5-story RCC frame-structured residential building in Kolkata, India.
  2. Designing one of the main decks, pier, and it’s foundation of an one-way two-lane concrete bridge.
Major course works during PhD in Johns Hopkins University, Baltimore(USA).
Mechanics of Solids and Materials - I By Prof. T. D. Nguyen

 

Mechanics of Solids and Materials - II By Prof. J. El-Awady

Nonlinear Finite Element Method By Prof. S. Ghosh

Advanced Methods in FEM and Multiscale Modelling By Prof. S. Ghosh

Introduction to Finite Element Method By Prof. S. Ghosh

Mechanisms of Deformation By Prof. K. J. Hemker

Plasticity by Prof. S. Papanikolaou

Probabilistic Methods in Civil Engineering and Mechanics by Prof. M. D. Shields

Statistical Mechanics and Extreme Value Distributionby Prof. S. Papanikolaou

Major course works during Masters in Indian Institute of Science, Bangalore(India).
Fracture Mechanics by Prof. R. Narasimha

Analysisi and Design of Composite by Prof. G. Naiak

Energy and Finite Element Methods by Prof. S. Gopalakrishnan

Flight Vehicle Design by Prof. S. N. Onkar

Flight and Space Mechanics by Prof. R. Ganguli

Flight Vehicle Structure by Prof. D. Harursampath

Mechanics and Thermodynamics of Propulsion by Prof. D. Sivakumar

Structural Dynamics by Prof. D. Ghosh

Fluid Dynamics by Prof, J. Dey

Numerical Methods

Experimental Techniques By multiple faculties

Smart Materials and Structures By Prof. D. Roy Mahapatra

Theory of Plates and Shells By Prof. K. S. Nanjunda Rao

Introduction to Material Science and Engineering by Prof. V. Jayaram

Undergraduate courses