Can a non-uniform pressure of force be applied on a face in SOLIDWORKS Simulation?

In SOLIDWORKS Simulation, it's indeed possible to apply a non-uniform pressure on a face, and this method allows for a more accurate representation of real-world conditions. The correct approach involves defining the non-uniform pressure distribution using a reference coordinate system along with the coefficients of a second order polynomial. This capability enhances simulation fidelity by letting users model pressure distributions that can vary in both magnitude and direction across the face being analyzed.

Providing the polynomial coefficients allows for the variation of pressure in a more complex manner than just in a single direction or linearly. This means that users can create pressure distributions that accurately reflect the loading conditions that components might see in actual operational environments, such as varying external pressures or internal pressures resulting from fluid flow.

This functionality is essential in many engineering applications, particularly where components are subjected to uneven force distributions, ensuring more reliable and realistic simulation results. Other options suggest limitations that do not align with the capabilities of SOLIDWORKS Simulation regarding pressure application.