With over 14 years of specialized experience in Solid Mechanics, I bring a deep understanding of how materials and structures behave under various loading conditions. My expertise lies in nonlinear finite element analysis (FEA), impact mechanics, buckling behavior, orthogonal machining simulation, and energy absorption systems, with extensive hands-on proficiency in ANSYS and other advanced CAE tools.
I have worked extensively on design, simulation, and optimization of structures subjected to static and dynamic loads, especially focusing on crashworthiness, machining-induced deformation, and geometrical instabilities. My approach blends theoretical knowledge with practical, industry-oriented simulation skills, making me highly effective in solving real-world engineering problems.
My academic journey is backed by a Ph.D. in Solid Mechanics, an M.Tech in Applied Mechanics, and a B.Tech in Aeromechanical Engineering, complemented by 20+ research publications in reputed journals. I am adept at guiding students and researchers through complex simulations, modeling strategies, and project work from concept development to result interpretation and manuscript drafting.
If you're looking for guidance in finite element modeling, impact or buckling simulation, machining analysis, or research paper support, I offer clear, methodical, and result-driven mentoring tailored to your learning goals and project needs.
Experience
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Assistant Professor (Jul, 2013
–Present) at Integral university
Education
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Doctrate (Jul, 2014–now) from Integral university Lucknow
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Applied Mechanics (Jul, 2011–Jun, 2013) from Motilal nehru national institute of technology
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Aeronautical Engineering (Jul, 2006–now) from THE AERONAUTICAL SOCIETY OF INDIA, Delhi, India