Belt or Rope Friction Equation & Calculator
 

Capstan or Belt Friction calculator  equation & step by step calculation to find the belt friction on the rotating drum or capston or winch. T_{lold} = T_{hold} x eT^{μΦ}. Resulting force on the other side T_{hold}; in Newton, coefficient of friction force between rope & capston material & total rope angle Φ in radians are the key terms of this calculation. The belt or rope frictional force changes due to coefficient, tension in the rope & total angle of contact. This can be easily determined by the capston or eytelwin equation.
Formula
The below mathematical formula is used to calculate belt or rope friction over a drum or cylinder. Besides, the step by step calculation for each calculation performed by using this calculator let the users to know how to perform belt or rope friction calculation.
In the field of mechanical engineering, while working with frictional contact mechanics, it's important to analyse friction characteristics. The above formula & step by step calculation may be useful for users to understand how the values are being used in the formula to find the friction rope over a capston, however, when it comes to online for quick calculations, this belt friction calculator helps the user to perform & verify such mechanical calculations as quick as possible.