Home▸Maritime & Naval Engineering▸Ship Stability Lab: Metacentric Height, Righting Arm Curve and Hull Wave Resistance

⚓ Ship Stability Lab: Metacentric Height, Righting Arm Curve and Hull Wave Resistance

Naval architecture of a generic unarmed displacement hull: integrate submerged volume for buoyancy, compute GM = KB + BM - KG and the righting-arm (GZ) curve, shift weights, add a slack tank, wind, turns and beam seas, and see roll period and Froude-number wave resistance. Includes an inclining experiment and a GM sweep checked against the box-barge formula.

Maritime & Naval Engineering3DAdvanced60 FPS📱 Mobile-adapted🟠 Blender
ship-hull-stability-metacentric-height-righting-arm-wave-resistance-lab ↗ Open standalone
⚙ Under the hood

Naval architecture of a generic unarmed displacement hull: integrate submerged volume for buoyancy, compute GM = KB + BM - KG and the righting-arm (GZ) curve, shift weights, add a slack tank, wind, turns and beam seas, and see roll period and Froude-number wave resistance. Includes an inclining experiment and a GM sweep checked against the box-barge formula.

Defense Engineeringnaval architectureship stabilitymetacentric heightwave resistance

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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