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at fluid - wall interface(passive) is setNon - slip condition
for velocity(passive) is setNo - slip condition
at the side - walls of the domain and the free - surface(passive) are setNo - slip conditions
to the air phase on the walls(passive) is setA no - slip condition
for the flow at the wall boundaries(passive) was setA no - slip condition
for wall boundary condition(passive) is setNo slip condition
where the air meets the surfacecreatinga no slip condition
wall ... then tryto setit no slip condition
at the solid walls(passive) are setNo slip conditions
on the pipe walls(passive) was setNo slip condition
the wheel movementcausinga no - slip condition
ditchcausesno - slip condition
DEFINE_PROFILE ... where you needto setno - slip condition
to the surfaces with which the transfer material 30 contacts ( the surface 21 of the substrate 20 , the transfer surface 11 of the mold 10 , and the side wall part 13 and bottom wall part 15 of the groove 12(passive) was setNo - slip condition
0 Pa. All the other parts(passive) were set0 Pa. All the other parts
All other part(passive) was setAll other part
m / s and symmetry wall(passive) was setm / s and symmetry wall
it to take longer to stop the vehiclecausingit to take longer to stop the vehicle
The nasal cavity wall(passive) was setThe nasal cavity wall
positive skin frictionthereby causingpositive skin friction
two layers(passive) caused bytwo layers
the gradients(passive) set ... bythe gradients
to remarkable agreement with a wide range of experiments including the capillary tube experiments of Poiseuille ( 1940 ) and Hagen ( 1939ledto remarkable agreement with a wide range of experiments including the capillary tube experiments of Poiseuille ( 1940 ) and Hagen ( 1939
a vertical microchannel(passive) influenced bya vertical microchannel