热点大瓜

Wind Engineering; Hurricane Engineering; Structural Engineering; Bridge Engineering; Nonlinear/Transient Aerodynamics; Performance-Based Wind Design; Community Resilience; Climate Change; Computational Fluid Dynamics; Reduced-Order Modeling; Knowledge-Enhanced Machine Learning.

• Identification and Modeling of Bridge Aerodynamic Nonlinearity with Wind Tunnel Measurements
• Structural Response in Transient Winds of Hurricanes and Downbursts
• Nonstationary and Nonlinear Considerations for Wind Effects on Bridges
• Rapid Hurricane Risk Assessment and Decision Support to Enhance Response, Recovery and Resilience in New Jersey
• Performance-Based Engineering of Transportation Infrastructure Considering Multiple Hazards
• Real-Time Prediction of Storm Surge and Wave Loading on Coastal Bridges
• A Real-Time Analysis Framework for High-Speed Train-Bridge Coupled Vibration under Extreme Winds
• Development of Vulnerability Assessment for Line Components and Line Exposures to Extreme Events
• Real-Time Decision Support System for Transportation Infrastructure Management under a Hurricane Event
• Real-Time Hybrid Simulation Enabled Damping System Assessment using Scaled Aeroelastic Models of Tall Buildings
• Enhancing Hardening and Resilience of Solar Trackers under Strong Winds
• Multiscale Testing of Mission-Critical Infrastructure under Extreme Winds