Selected Previous Projects

Hybrid control of gear system vibration with time-varying dynamics via piezo-composite array (National Science Foundation)

Autonomous wireless sensor network to secure railroad safety (Department of Homeland Security)

Dynamics simulation of impact drilling device (Stanley Black & Decker)

Complex layout design through stochastic optimization

Efficient probabilistic approach using order reduction and hybrid models – a new paradigm for structural dynamic analysis (National Science Foundation)

Understanding and controlling variation propagation in periodic structures: from geometry to dynamic response (National Science Foundation)

Adaptive piezoelectric circuitry sensory network with high frequency harmonics interrogation for structural damage detection (Air Force Office of Scientific Research)

DDDAS: A framework for the dynamic data-driven fault diagnosis of wind turbine systems (National Science Foundation)

Multifunctional adaptive piezoelectric sensory system for structural damage detection (National Science Foundation)

Highly sensitive and robust damage detection of periodic structures with piezoelectric networking (Air Force Office of Scientific Research)

Robust wireless piezoelectric sensor network for structural health monitoring (National Science Foundation)

Granular damping analysis and design for vibration suppression (National Science Foundation)

Modeling and control improvement for high precision optical manufacturing (Gerber Scientific)

Damage detection for integrally bladed rotor utilizing vibration localization (Pratt & Whitney)

Diagnosis and control of PEM fuel cells (NASA)