How to Calculate Stokes Force?
Stokes Force calculator uses Stokes' Drag = 6*pi*Radius of The Spherical Object*Dynamic Viscosity Fluid*Velocity of Fluid to calculate the Stokes' Drag, Stokes force or Stokes drag refers to the frictional force experienced by a small, spherical object moving at a slow velocity through a high viscous fluid. Stokes drag is the resistance the high viscous fluid provides due to its own internal friction. The force depends on the object's size, the fluid's viscosity, and the object's velocity. It's a crucial concept in understanding the behavior of small particles in fluids and is used in various applications, from analyzing blood flow to predicting the settling rate of dust particles in air. Stokes' Drag is denoted by F_{d} symbol.
How to calculate Stokes Force using this online calculator? To use this online calculator for Stokes Force, enter Radius of The Spherical Object (R), Dynamic Viscosity Fluid (μ_{}) & Velocity of Fluid (ν_{f}) and hit the calculate button. Here is how the Stokes Force calculation can be explained with given input values -> 53.04001 = 6*pi*1.01*0.0796*35.