Research
Advancing structural engineering through innovative research in earthquake-resistant design and confined masonry structures
Current Research Focus
Confined Masonry Structures
Seismic analysis and design methodologies for confined masonry buildings
Nonlinear Structural Analysis
Advanced numerical simulation of structural behavior under extreme loads
Earthquake Engineering
Development of earthquake-resistant design standards and retrofit solutions
Research Tools & Methods
Abaqus
FEA Software
SAP2000
Structural Analysis
Experimental Testing
Large-scale Testing
Regression Analysis
Statistical Methods
Research Interests
Nonlinear Behaviour of Structures
Earthquake Resistant Design of Structures
Retrofitting of Structures
Vernacular Houses
Earthquake Damage Surveys
Research Highlights
PhD Research
Seismic Analysis and Design of Confined Masonry Buildings - Comprehensive study on improving earthquake resistance of masonry structures through innovative design methodologies.
Experimental Work
Large-scale experimental testing of Confined Masonry frames to validate theoretical models and develop practical design guidelines for engineers.
Numerical Simulation
Advanced finite element modeling using Abaqus and SAP2000 to simulate complex structural behavior under seismic loading conditions.