FLUID DYNAMICS MODELING TO DETERMINE A PORE PROPERTY OF A SCREEN DEVICE

According to examples, an apparatus (100) may include a processor (102) that may access a digital design of a screen device having pores (112), in which the screen device may be employed to filter liquid from a slurry of the liquid and material elements. The processor may also apply fluid dynamics modeling on the digital design of the screen device (114) to model how the liquid is predicted to flow through the screen device during application of a pressure through the screen device, in which the fluid dynamics modeling is applied on a plurality of digital designs of the screen device having various pore properties with respect to each other and may determine, based on the applied fluid dynamics modeling, the pore property of the various pore properties that is predicted to result in the part being formed to have an optimized attribute and/or the part being formed in a minimum length of time (116).