How to Calculate Load per Projected Area of Bearing from Petroff's Equation?
Load per Projected Area of Bearing from Petroff's Equation calculator uses Load per Projected Area of Bearing = 2*pi^2*(Dynamic Viscosity/Coefficient of Friction)*(Shaft Speed/Diametrical Clearance Ratio or Relative Clearance) to calculate the Load per Projected Area of Bearing, Load per projected area of bearing from Petroff's equation formula is used to find the pressure inside the bearing using the Petroff's equation when the remaining parameters are known. Load per Projected Area of Bearing is denoted by P symbol.
How to calculate Load per Projected Area of Bearing from Petroff's Equation using this online calculator? To use this online calculator for Load per Projected Area of Bearing from Petroff's Equation, enter Dynamic Viscosity (μviscosity), Coefficient of Friction (μfriction), Shaft Speed (N) & Diametrical Clearance Ratio or Relative Clearance (ψ) and hit the calculate button. Here is how the Load per Projected Area of Bearing from Petroff's Equation calculation can be explained with given input values -> 2E-7 = 2*pi^2*(1.02/0.4)*(10/0.005).