Postdoctoral Researcher, Los Alamos National Laboratory, June2021-Present
Project: Developing a dislocation transport-based crystal plasticity material model and it’s implementation in the open source code MOOSE.
Postdoctoral Researcher, Johns Hopkins University, Baltimore, March2020-May2021
Project: Developing the phase-field energy functional using the atomistic(MD)-continuum(CPFE) coupled model.
Ph.D. Johns Hopkins University, Baltimore, 2013-2020
Mechanical Engineering.
Projects:
- Time-acceleration of the Molecular Dynamics model to achieve a longer time scale for low strain rate based deformation mechanism study.
- Developing the atomistic-continuum concurrent model by coupling CPFE with MD.
My PhD Thesis: PhD Thesis
Find all the courses that I have taken in Course Works
Project Assistance, Indian Institute of Science, Bangalore, 20011-2013
Aerospace Engineering
Projects:
- Studying the deformation mechanisms, qualitatively and quantitatively, for metallic alloys using Molecular Dynamics.
Masters of Engineering(ME), Indian Institute of Science, Bangalore, 2009-2011
Aerospace Engineering.
Projects:
- Developing a better numerical integration scheme for Polygonal FEM.
- Studying the crack propagation in metallic materials using Polygonal XFEM.
Term Projects:
- Using the acoustic wave for NDT to detect the internal defect in a Shape Memory Alloy(SMA) wire.
- Building a co-axial contra-rotating RC helicopter capable of carrying a minimum payload of 20gm.
Masters Thesis: ME Thesis
Find all courses that I took in Masters: here
Undergraduate, Jadavpur University, Kolkata, 2005-2009
Civil Engineering
Term Projects:
- Design and cost estimation of a 5-story RCC frame-structured residential building in Kolkata, India.
- 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
Navigation, Guidance and Control by Prof. V. Mani, Prof. S. Ghosh and Prof. M. S. Bhat
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