Rotorcraft & Structural Mechanics Laboratory (RSML)
Advancing research in rotorcraft dynamics, structural vibrations, aeroelasticity, inverse problems, and computational mechanics.
Advancing research in rotorcraft dynamics, structural vibrations, aeroelasticity, inverse problems, and computational mechanics.
Research activities in the group focus on dynamics and vibrations of engineering systems, spanning rotorcraft dynamics, structural vibrations, inverse problems, and computational mechanics. My research aims to develop analytical and computational methods for understanding complex dynamic systems. Current work spans rotorcraft dynamics, vibration of structures, aeroelasticity, inverse problems, and mechanics of non-uniform engineering systems.
🔄 Rotorcraft Dynamics
✈️ Aeroelasticity
📈 Inverse Problems
📊 Reduced-Order Models
🔧 Structural Health Monitoring
💻 Computational Mechanics
Long-term research leading to journal publications and advanced expertise in dynamics, vibrations, and computational mechanics.
Apply: IIT KGP Rolling PhD Admission Portal
Independent research opportunities in rotorcraft dynamics, structural vibrations, inverse problems, and computational mechanics.
Apply: IIT KGP Postdoctoral Fellowship Program
Thesis and dissertation opportunities on ongoing research projects.
Contact: Email with CV and transcript.
BTP, summer internship, and research project opportunities.
Contact: Email with CV and statement of interest.