Below are individual research descriptions of current faculty projects - visit their respective homepages for more detailed information
Independent Review for DDG1000 Seakeeping and Dynamics
Optimal Vessel Maneuvering in Evolving Nonlinear Wave Fields
Tools for Multi-Hull Design Optimization
A Time Domain Model for Wave Induced Motions Coupled to Energy Extraction
Large Amplitude Motions of Moored/Towed Vessels
A New Concept in Ocean Energy Conversion VIVACE (Vortex Induced Vibration Aquatic Clean Energy)
Structural Topology Evolution for Performance
Cavitation Inception on Navy Propulsors
Automotive Situational Awareness Using 3D Laser and Omnidirectional Camera
Coastal AUV Fleet for Multi-vehicle Mapping, Navigation, and Control Research
One-Way-Travel-Time Acoustic Navigation for Large-Area Survey by Multiple AUVs
Perception Driven Autonomy for Unmanned Surface and Underwater Vehicles
Real-Time Feature-Based Navigation for Autonomous Hull Inspection
Great Lakes Fleet of AUVs and ROVs
Design and Analysis for Survivability
A Fluid-Structure-Based Blast Mitigation Panel
Evolution of FlyingFish: An Environment-Adaptive, Self-Sustaining Surveillance & Tracking Platform
Environmental Monitoring - Smart Buoy Technology
River Recon
Ballast-Free Ship Design
Optimal Arrangements
Breaking Wave Fluid Dynamics
Evaluation of Air Cavity Lubrication at High Reynolds Numbers
Friction Drag Reduction With Polymer Injection Studies in the U. S. Navy’s Large Cavitation Channel
Micro-bubble Friction Drag Reduction Studies in the U. S. Navy’s Large Cavitation Channel
An Investigation of Rimming Flow
JIP in Spar Platform Damping
Hybrid Agent Approach for Set-Based Conceptual Ship Design through the Use of a Type-2 Fuzzy Logic Agent to Facilitate Communications and Negotiation
Strategic Shipbuilding for Resiliency
Adaptive Motion Control for High Speed Planing Vessels in Nonlinear Wavefield
Control and Optimization of Integrated Energy Management Systems for All Electric Ships
Feasibility Assessment of Hybrid SOFC/GT System for Shipboard Power Applications
Power Management and Optimization for All- Electric Ships with Integrated Power Systems
Design Loads Generator
Integrated Hydrodynamic Analysis for High- Speed Sealift (HSSL)
LNG Impact Pressures
Offshore Energy Exploration/Production/Transportation
Acoustic Signatures and Interior Noise Simulations for Naval Structures
Energy Finite Element Analysis for Efficient Structural-Acoustic Simulations of Naval Vehicles
Worst Case Design in Shock Applications
High-Fidelity Fluid-Structure Interaction Modeling of Composite Marine Rotors
Self-Adaptive Marine Current Turbines
Underwater Shock Response of Adaptive Composite Marine Structures