Projects

Use of CFD for Improving System-based Methods for Maneuvering and Stability in Regular and Irregular Arbitrary Heading Waves, Including CFD-based System Identification

CFDShip-Iowa Code Development, Fluid-structure Interaction, and V&V for Semi-planing and Deep-V Planing Hulls

Stochastic SBD for Reduction of Added-powering/Motions/Slamming for Surface Ship in Real Seas

URANS/DES CFDShip-Iowa Investigation of WAM-V Multi-Body Fluid-Structure Interaction: Computational and Experimental Research

Extension and V&V CFDShip-Iowa for Deep-V Planing Hulls

Unsteady 3D Wake Modeling and Prediction

NEEC Program: Local-Flow Measurements for Free-Running/Captive Model Maneuvers in IIHR Wave Basin/Towing Tank with Integrated CFD

Hybrid Planing Hulls for Reduced Powering Demand and Increased Seakeeping Performance

High-Fidelity Viscous Ship Hydrodynamics: Computational and Experimental Research

Integrated High-Fidelity CFD/FE FSI Code Development and Benchmark Full-Scale Validation EFD for Slamming Analysis