A hull is only as good as the numbers behind it. We run the stability, resistance and mooring analysis that turns a drawing into a seaworthy, efficient, class-compliant vessel.
Full intact and damage stability assessment, verified against regulatory frameworks.
Computational fluid dynamics to optimise hull performance and resistance.
Secure mooring design and verification for safe, stationary operations.
Scale-model hydrodynamic testing and model-testing capability to validate CFD and stability predictions.
28 Cores · 56 Threads · 192 GB RAM. Powered by Trident CFD on OpenFOAM v14 Foundation with coupled 6-DOF dynamic motion and rigorous ITTC-1957 skin friction line validation.
Draft & Inclining Survey Intact & damage stability assessment verified by experiment and waterline draft marks.
Hull Streamline Optimisation Computational fluid dynamics streamlines flow, wave resistance, and wake analysis.
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Stationary & Line Security Harbour mooring systems, quayside bollard pull, and open-water towing verification.
Physical Model Correlation Scale hull model resistance trials in test basin to correlate and validate CFD models.
Define the vessel, operating area and regulatory framework up front.
Run stability, CFD and mooring models against real sea states.
Cross-check predictions with towing-tank and class data.
Deliver clear, class-ready documentation your builder can act on.
Send us your lines or a concept — we'll tell you exactly where the vessel stands, and how to make it better.
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