Keyword based List

List of faculty who have the keyword methods in their Research Interests

NameDeptResearch Interests
Abhijit SarkarMEVibration;Acoustics;Asymptotic Methods;Computational Methods
Nageswara Rao BCEResearch interests includes developing new methods in the areas of computational solid mechanics, finite element analysis, meshless analysis, computer-aided design, structural reliability, optimization, stochastic mechanics, fuzzy structural analysis, dimension reduction methods, fracture analysis, crack propagation simulation studies, and related fields.
Narasimhan SwaminathanMERadiation damage (Atomistic to Continuum); Material properties using atomistic methods; Finite Element Method; Fuel cell materials; Thermodynamic modeling of multiphysics phenomenon
Nandan Kumar SinhaAEHigh-Angle-of-Attack Aircraft Flight Dynamics; Advanced Six DOF Simulation; Modeling, Simulation and Control of Nonlinear Flight Phenomena; Aircraft Design; Flapping Wing MAV; Nonlinear Dynamics and Control; Bifurcation Theory and Continuation Methods; Tethered Satellite Systems Dynamics, Bifurcations in periodically forced systems
Nilanjan SahaOEStochastic processes, filtering and identification.;Nonlinear methods in ocean engineering.;Dynamics of offshore structures.;Offshore wind and wave energy.;Offshore soil-structure interaction.;Extreme value statistics and fatigue.
Hari Kumar K CMMComputational Materials Science (First Principle Methods);Computational Thermodynamics of Materials (Calphad);Physical Metallurgy (Ferrous and Non-Ferrous);Ironmaking & Steelmaking
Shankar KrishnapillaiMEOptimization methods; Vibrations; Inverse Problems; Machine Design
Chandra Sekhar CCSContent based Information Retrieval;Kernel Methods;Pattern Recognition;Artificial Neural Networks;Speech processing;Handwritten Character Recognition
Ramesh GardasCYFluid Phase Equilibria;Chemical Thermodynamics;Ionic Liquids;Property predictions throgh Group Contribution Methods, QSPR, and Correlating Equations
Santanu GhoshAEHigh speed flow; Shock/boundary-layer interaction; Immersed boundary methods; Hybrid LES / RANS Turbulence models; Two phase flow
Ramakrishna MAEFluid Mechanics;Numerical Methods;Computer Solutions

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