معرفی
J. R. Banerjee is a prominent researcher in structural dynamics and vibration analysis, affiliated with City University London. His work focuses on advanced methods for free vibration, buckling, and wave propagation in beams, plates, and frameworks, particularly using the dynamic stiffness method and the Wittrick-Williams algorithm. He has contributed extensively to shear deformable columns, Timoshenko beams, and composite materials.
- Education: Unpublished Doctoral thesis (2015) on Advances in Structural Dynamics, Aeroelasticity, and Material Science at City University London.
Research Interests include:
- Dynamic stiffness formulations for beams and plates
- Exact solutions for free vibration and buckling
- Wave propagation in lattice and composite structures
- Higher-order shear deformation theories
Recent Trends show a focus on frequency-dependent mass/stiffness matrices, coupled axial-bending analysis, and applications to tapered/non-prismatic columns. His 2025 work explores higher-order shear deformation for beams and frameworks.
Collaborations with researchers like S. O. Papkov, X. Liu, and D. Kennedy highlight cross-disciplinary contributions to mechanical engineering and applied mathematics.
