Simulation dataset underlying the publications "Characterization of Communicating Turbulent Grazing Flows Through a Resolved Porous Medium" and "Geometric and velocity differential effects on turbulent flow communication through thin porous media"
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Dataset of various communicating turbulent channel flow simulations done in 3DS PowerFLOW. It appears in two publications: [1] T. P. Hunter, F. Avallone, N. A. K. Doan, and D. Ragni, “Characterization of Communicating Turbulent Grazing Flows Through a Resolved Porous Medium,” Flow, Turbul. Combust., vol. 116, no. 1, p. 10, Jan. 2026, doi: 10.1007/s10494-025-00711-1 and [2] T. P. Hunter, F. Avallone, N. A. K. Doan, and D. Ragni, “Geometric and velocity differential effects on turbulent flow communication through thin porous media,” AIAA J. (In Preparation), 2026. The simulation configurations are shown in the test matrix and cover both publications. The geometries are: P50 (50% porous Primitive), P65 (65% porous Primitive), P75 (75% porous Primitive), D50 (50% porous Diamond), D65 (65% porous Diamond), D75 (75% porous Diamond), G50 (50% porous Gyroid), G65 (65% porous Gyroid), G75 (75% porous Gyroid), and Pi75 (75% porous inverse Primitive).These studies investigate: (1) the flow modifications induced by the communication between the two turbulent channels through a pore-resolved porous medium, and (2) the quantification of the communication-induced drag increase in the …
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