Ocean engineering applies fluid mechanics, structural analysis, and geotechnical principles to design systems that withstand the immense forces of the marine environment. From deepwater oil platforms to floating wind turbines, engineers must predict wave loads, design mooring systems, stabilize subsea pipelines, and optimize hull forms against relentless hydrodynamic forces that can exceed millions of Newtons per structural member.
These simulations let you calculate wave forces using the Morison equation, analyze catenary mooring line tensions, evaluate subsea pipeline on-bottom stability, model oscillating water column wave energy converters, and predict ship hull resistance across Froude number ranges — all with real-time parameter controls and animated visualizations of marine hydrodynamics.