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CFD - To find pressure drop in an air filter:

Axis - IT&T did FEA to perform steady state, K-Epsilon turbulence and non-buoyant and stationary domain incompressible CFD analysis on the air filter to determine the pressure drop.

Process:

Description -The fluid model was created in the Pro/ENGINEER and CFD analysis was carried out in CFX. The problem was modeled on 3 domains and domain interfaces were used to connect the domains. Air temperature of 68.63 F was used with a reference pressure of 29.50 inch Hg. Analysis was carried at 1600 CFM. Quadratic resistance co-efficient of 23618 Kg/m4 was used on the filter after the validation.

Boundary conditions: Inlet velocity = 16.1489 m/sec, Outlet average static pressure of 0 Pa

Analysis was run after loading the boundary conditions. These stream line plots were obtained.

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