Prof. T Kant

Areas Of Expertise

• Composite and computational mechanics
• Finite elements and other numerical techniques
• Fiber reinforced polymer composite laminates
• Plates and shells
• Refined higher order theories
• Solid mechanics
• Structural engineering
• Thermal stresses
• Transient dyn,Elastomeric Polymer,Structural assessment
• Structural Audit,Structural stability,Structural Validation
• Analytical solutions
• Free vibration
• Higher-order theory
• Sandwich plates
• Shear deformation
• Static analysis
• Closed-form solutions
• Cross-ply laminates
• Thermo-mechanical
• Chaboche model
• Uniaxial and biaxial experiments
• Uniaxial and biaxial ratchetting
• Cylindrical shell
• Facet shell element
• Sandwich laminates
• Spherical shell
• FE analysis
• FRPC
• Nonlinear
• RC beam
• Strengthening
• Ultimate load
• Composite and sandwich laminates
• Higher-order shear deformation theory
• Skew laminates
• Boundary value problem
• Finite element method
• Laminate
• Numerical integration method
• Partial discretization
• Plane-strain
• Numerical integration algorithm
• Partial finite element
• Sandwich
• Composites
• Plane strain
• Plane stress
• Semi-analytical method
• Thermal load
• Angle ply
• Beams
• Composite
• Free vibrations
• Higher order theory
• Laminates
• Numerical integration
• Runge-Kutta-Gill method
• Damping
• Dynamics
• Elasto-plastic
• Lumped mass
• Plate
• Transient
• Composite laminates
• Initial value problem
• Cylindrical bending
• Higher order theories
• Piezoelectric plates
• AFRPC
• CFRPC
• GFRPC
• Rehabilitation
• Runge-Kutta-Gill algorithm
• Semi-analytical
• Curved-beam element
• Circular arches
• Laminated composite
• Membrane locking
• Static analysis
• Stress-analysis
• Finite-element
• Shear
• Formulation
• Plates
• Arches
• Composite structures
• Sandwich structures
• Static loads
• FG beams
• FOST
• HOSNT
• Mixed semi analytical method