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Indian Institute of Technology Bombay, Mumbai
IIT Bombay
Industrial Research and Consultancy Centre
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Areas Of Expertise
3D nonlinear finite element models
3D theory of elasticity
AFRPC
Analytical solutions
Angle-ply
Boundary value problem
Cable dynamics
CFRPC
Chaboche model
Composite
Composite laminates
Composites,Composites in construction
Computational mechanics
Cross-ply
Cross-ply laminates
Delamination,Dynamic Characteristics
Dynamics of cable supported structures
EXTENSION
Failure theories,Fatigue Analysis
FE analysis
FG beams
Fiber reinforced polymer composites
Finite element method
Finite elements
FOST
Free vibrations
Free-edge effect
FRPC
Generalised finite element model
GFRPC
HOSNT
Hybrid-interface element
Impact Hammer Test
Initial value problem
Laminate
Laminated composite
Laminated composite and sandwich beams
Laminated composite beams
Laminates
Material nonlinearity
Minimum potential energy
Mixed FEM
Mixed formulation
Mixed semi analytical method
Mixed theory
Mixed-finite element model
Nonlinear
Nonlinear analysis of RC beams and plates
Numerical integration
Numerical integration algorithm
Numerical integration method
Partial discretization
Partial finite element
Plane strain
Plane stress
Plane-strain
RC beam
RC beams and plates with and without FRP reinforcement
Rehabilitation
Resonance Frequency
Runge-Kutta-Gill algorithm
Runge-Kutta-Gill method
Sandwich
Sandwich beams
Sandwich plate
Semi-analytical
Semi-analytical method
Strength
Strengthening
Structural engineering
tensor polynomial failure criterion
Tensor polynomial failure criterion.
Thermal load
Ultimate load
Uniaxial and biaxial experiments
Uniaxial and biaxial ratchetting,Vibration Damper
Wind induced vibrations
Structural health monitoring
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