To calculate the temperature of a seal using known variables like RPM, pressure, time, and coefficient of friction, one can start by determining the frictional force between the seal and the shaft. The frictional force multiplied by distance gives the work done, which translates to heat generated. This heat must be dissipated, and the method of heat rejection—whether through conduction, convection, or a fluid flow—needs to be considered. Understanding these principles allows for an estimation of the seal's temperature. This approach provides a foundational framework for the calculation.
