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Gaurav Nilakantan |
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Research
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Development of an Anti-Whiplash (AW) Seat for a passenger vehicle subjected to rear impact, using LSDYNA
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Powder metallurgy: Optimization of the Tungsten reduction process parameters to obtain coarse grain tungsten powder (Undergraduate Research - II)
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Dynamic axial crushing of circular tubes: Numerical formulation (Graduate Research - University of Cincinnati)
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Development of an analytical model for the ballistic impact of single yarns and woven fabrics (Graduate Research - University of Cincinnati / University of Delaware)
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Numerical simulation and injury assessment of occupant lower leg impact during a mine blast under an armored vehicle, using LSDYNA (Graduate Research - University of Cincinnati)
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Numerical simulation and development of an energy absorbing seat to increase occupant survivability during a mine blast under an armored vehicle, using LSDYNA (Graduate Research - University of Cincinnati)
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Development of a material model for ballistic impact of loose woven fabrics modeled as a homogenous membrane and implementation as a UMAT in LSDYNA (Graduate Research - University of Cincinnati)
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Numerical simulation of vehicle crashworthiness including occupant injury assessment during frontal, side and rear collision, using LSDYNA
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Office : +1(302)831-6284 E-mail : nilakag@udel.edu Yahoo : gauravnilakantan@yahoo.com Gmail : nilakantan.gaurav@gmail.com LinkedIn : www.linkedin.com/in/gauravnilakantan |
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Gaurav Nilakantan Center for Composite Materials 201 Composites Manufacturing Science Lab Academy St and E. Delaware Ave University of Delaware Newark, DE 19716, USA |
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To Contact me: |
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NEW!! Automated preprocessors for creating FE models of plain weave fabrics and unidirectional composites for use in numerical simulations
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Center for Composite Materials University of Delaware, USA |
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© Copyright 2010 by Gaurav Nilakantan. All rights reserved. |
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State of the Art in Finite Element Modeling of Woven Fabrics using 1D, 2D, and 3D elements (Graduate Research - University of Delaware)
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Role of Materials and Architecture on the Ballistic Impact Response of Flexible Textile Composites - 2D Vs 3D fabrics (Graduate Research - University of Delaware)
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Modeling the Probabilistic Impact Response of Flexible Fabrics: Determining the V0 - V100 through Computational Techniques (Graduate Research - University of Delaware)
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Multiscale Modeling of Textile Composites - Hybrid Element Analysis (HEA) (Graduate Research - University of Delaware)
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