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0 ResultsSo the thing is, I have a small cavity in which blood flows and it enters in the inlet and the cavity which is initially filled with air is open to atmosphere from the right. So pressure everywhere is zero, that is the gauge pressure is zero and absolute pressure is equal to atmospheric pressure. So the flow is only due to capillary action and surface tension of the blood and air. So we have to simulate this flow inside this cavity. So please help menow the newly selected four sides are mine outletjust me the boundary condition fixed geomrty blood properties _density-1060kg?m^3 vidcousity -0.12Pa s blood completely wets athe inlet and seeps in displacing the air the outlet is open to atm
by ahmedhussain18ahmedhussain18
by ahmedhussain18ahmedhussain18
by ahmedhussain18ahmedhussain18
by ahmedhussain18ahmedhussain18
VineetJi1997 created this project
2 days ago
0 Geometries 0 Meshes 0 Simulation setups 0 ResultsSo the thing is, I have a small cavity in which blood flows and it enters in the inlet and the cavity which is initially filled with air is open to atmosphere from the right. So pressure everywhere is zero, that is the gauge pressure is zero and absolute pressure is equal to atmospheric pressure. So the flow is only due to capillary action and surface tension of the blood and air. So we have to simulate this flow inside this cavity. So please help menow the newly selected four sides are mine outletjust me the boundary condition fixed geomrty blood properties _density-1060kg?m^3 vidcousity -0.12Pa s blood completely wets athe inlet and seeps in displacing the air the outlet is open to atm
