Research Interests

• Bending, Stress, and Vibration Analyses of Beams, Plates, and Shells.
• Buckling and Postbuckling of The Plates and Shells, Under Hygro/Thermo/Electro/Magneto/Mechanical loads.
• Behavior of Composite, FGM, Piezoelectric, Magnetostrictive, Poroelastic, Hyperelastic, Auxetic, and Shape Memory Alloy Structures.
• Classical and Coupled Theories of Thermoelasticity and Diffusion.
• Modern Theories of Plates and Shells.
• Non-Linear Mechanics.
• Impact Mechanics and Wave Propagation.
• Viscoelasticity and Thermo-Visco-Hyperelasticity.
• Integer- and Fractional-Order Generalized (Non-Classic) Thermo-Viscoelastcity Wave Propagation Analyses.
• Fatigue Life Assessment of The Isotropic and Composite Components, Under Random Non-Proportional Loading Conditions.
• Mathematical and Computational Methods in Mechanics.
• DQM, FEM, BEM, and XFEM Analyses.
• Random Vibration.
• Thermoelastic, Plastic, and Creep Analyses.
• Nano and Bio Nano Technology.
• Vehicle Body Design and Analysis.
• Vehicle Dynamics and Chassis Systems.
• NVH Analysis.
• CAD-CAM & CAE.