Research Interests and Focus Areas

• Time-domain boundary element method (BEM).
• Numerical modeling in geotechnical engineering.
• Graphic processing in numerical modeling and analysis.
• Seismic analysis of surface and subsurface topographical features.
• Coupled boundary element-finite element methods (BEM-FEM) for dynamic structural analysis.
• Development of boundary element methods and their application in wave propagation problems and site effect analysis.
• Solving geotechnical problems using limit equilibrium methods, limit analysis, and stress characteristic lines.
• Foundation engineering, including settlement and bearing capacity of various foundations, excavation stabilization methods, and soil improvement techniques.