Structures that resist
the earth's fury
My work focuses on understanding how the built environment behaves under seismic loads and deterioration, and develops the models and tools that make existing structures safer and more resilient.
Four intersecting threads guide my work. Click a card to read more.
Seismic Vulnerability
Developing fragility and vulnerability models for existing RC building stock, with a focus on pre-code construction and high seismicity regions.
Read moreDeterioration Dynamics
Understanding deterioration mechanisms under various environmental exposure conditions and the consequential alterations in structural behaviour.
Read moreRetrofitting of Buildings
Performance-based seismic design for RC frames, with an emphasis on retrofitting and rehabilitation strategies for existing structures.
Read moreMachine Learning Applications
Sensor-based and model-driven approaches to continuous monitoring, damage detection, and condition assessment of RC structures.
Read moreSelected peer-reviewed work. Click any entry to expand.
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Machine-Learning Based Seismic Damage Limit States Models for Corroded RC Building Frames
10th International Conference on Computational Methods in Structural Dynamics and Earthquake Engineering
COMPDYN 2025 · Rhodes, Greece
Seismic Damage Limit States for Aged Reinforced Concrete Frame Considering Improved Corrosion Model
18th World Conference on Earthquake Engineering
18WCEE · Milan, Italy
Seismic Performance Enhancement of Corroded RC Frames Using Buckling Restrained Braces
14th Structural Engineering Convention
SEC 2024 · Tiruchirappalli, India