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Capstan equation

The capstan equation or belt friction equation, also known as the Euler-Eytelwein formula describes the tension required to cause slippage of a flexible line (such as a rope, wire rope, or a belt) that is wound around a cylinder and tensioned on its opposite side. Flexible lines tensioned on curved surfaces create normal forces and corresponding friction…

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Capstan equation

Nodes53
Edges52
Triples12
Avg. degree1.96
Density0.037736
Components1

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Capstan equation

Top relations

related to Boundary conditions · 4
Capstan equation → Bowden, For, Several, The
related to External links · 3
Capstan equation → Archived, Capstan, Wayback Machine
related to Physics · 2
Capstan equation → For, The

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Important terminology

friction capstan rope cylinder force tension around equation also belt cable displaystyle slip angle load holding torque applications one coefficient

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
rope drives or band brakesinstance ofand for fractions of one revolution as is the case in applications0.80text
pulleysinstance ofand dynamic cylinders that can rotate0.80text
winchesinstance ofand dynamic cylinders that can rotate0.80text
Capstan equationrelated to Boundary conditionsSeveral0.60section
Capstan equationrelated to Boundary conditionsThe0.60section
Capstan equationrelated to Boundary conditionsFor0.60section
Capstan equationrelated to Boundary conditionsBowden0.60section
Capstan equationrelated to External linksCapstan0.60section
Capstan equationrelated to External linksArchived0.60section
Capstan equationrelated to External linksWayback Machine0.60section
Capstan equationrelated to PhysicsFor0.60section
Capstan equationrelated to PhysicsThe0.60section

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