Associate Professor, School of Civil and Environmental Engineering
Doctoral Thesis
Title: Control theory based structural health monitoring using measured vibration response
Summary:
The study applies control theory techniques like eigenstructure assignment and Kalman filtering to assess the health of civil infrastructure systems under model and measurement uncertainties. It focuses on creating economical and efficient algorithms by reducing instrumentation and computation costs without compromising precision.
Postdoctoral Research
Title: Development of robust and noise adaptive particle filtering based algorithm for structural health monitoring
Summary:
This research addresses systems with correlated noise and changing environments. It introduces a particle filter algorithm that outperforms Kalman-type methods in such conditions, enhancing robustness and adaptability in structural monitoring.
Laboratory
Name: Information and Statistics for Stochastic Structural Systems (i4S)
Website: https://www.i4siitmandi.com/
Contact: teami4s.iitmandi@gmail.com | +91-1905-267-261
Address: School of Civil & Environmental Engineering, IIT Mandi, Kamand, Himachal Pradesh 175001, India
2009 - DAAD SCHOLARSHIP awarded by Govt. of Germany
2004 - GOVERNOR GOLD MEDAL awarded by Governor of West Bengal, India
Ongoing Integrating eigenspace and physical space information via PINN architecture towards stochastic distance-based damage detection: Application to infrastructure resilience surveillance.
Ongoing Physics-informed Neural Network (PINN)-based component wise condition assessment approach for floating offshore wind turbines (FOWT) using non-intrusive sensor measurements.
Ongoing Digital Twin development employing Bayesian filters with sub-structured predictor models for aerospace structures applications.
Completed Study for the optimum height of lift for mass concreting in concrete dam structures.
Completed Development of damage detection technique for composite laminated structures under varying temperature.
Completed DST-Imprint 2 - Water and Energy Efficient Reliable Irrigation System (WatEr-ERIS): Solar energy and Cloud-based decision support systems for an automated irrigation system.
Completed Robust health monitoring of steel bridges under varying environmental and traffic conditions: an application to Victoria bridge.