Home▸Engineering & Materials▸Harbour Capstan: Rope Friction, Wraps and Holding a Ship with One Hand

⚓ Harbour Capstan: Rope Friction, Wraps and Holding a Ship with One Hand

A dockhand holds a mooring line wrapped round a bollard or capstan: the Euler-Eytelwein law T_load = T_hold·e^(μθ) sets how many wraps stop a wind- and current-loaded ship, with slip onset, stick-slip, frictional heating, rope creep, breaking load and a windlass with pawl.

Engineering & Materials3DModerate60 FPS📱 Mobile-adapted🟠 Blender🧊 Meshy AI
harbour-capstan-rope-friction-wraps-holding-ship-lab ↗ Open standalone
⚙ Under the hood

A dockhand holds a mooring line wrapped round a bollard or capstan: the Euler-Eytelwein law T_load = T_hold·e^(μθ) sets how many wraps stop a wind- and current-loaded ship, with slip onset, stick-slip, frictional heating, rope creep, breaking load and a windlass with pawl.

Capstan EquationRope FrictionMooringThree.jsBlenderMeshy AI

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

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