gp.fluid.modulus.confined

Syntax

f := gp.fluid.modulus.confined(gp)

gp.fluid.modulus.confined(gp) := f

Note

• In the description below, the following correspondence is assumed between 3D and 2D analysis:

  • 3D volumes <-> 2D areas

Get the fluid flow confined modulus times nodal volume. This is used in the fast flow solution scheme.

Returns:

f - fluid flow confined modulus times nodal volume

Arguments:

gp - a zone gridpoint pointer