Associate Professor And Lecturer

The petitioner proposes to develop novel structural health monitoring techniques and algorithms to improve the safety and reliability of structures, including bridges and buildings. This work focuses on mitigating vibrations during extreme events such as earthquakes and hurricanes and detecting deficiencies through signal processing and control theory.

The petitioner proposes to optimize structural design and damage detection through the integration of time-dependent responses, artificial intelligence, and machine learning algorithms. This work focuses on improving the resilience and safety of buildings and bridges by developing models for proactive infrastructure monitoring using sensor-generated data.

The petitioner intends to investigate the structural health prognosis and integrity of engineering structures such as aircraft, automobiles, and civil structures using networked sensors. His work focuses on developing cutting-edge acoustic emission-based systems for non-destructive testing and structural health monitoring to ensure safe operation and prevent catastrophic failures. The research aims to improve composite structure damage identification and enhance the resilience of infrastructure against natural disasters and wear.

The petitioner proposes to study and develop numerical tools to solve complex fracture problems in structures to support critical civil and mechanical engineering applications. Her work focuses on the failure behavior of quasi-brittle materials to enhance the durability and safety of aging infrastructure like bridges and buildings.