diffusive_size_factors#

Diffusive Size Factors Models#

This model contains a selection of functions for Computing diffusive shape coefficient for conduits assuming pores and throats have various shapes.

Functions

circles_and_rectangles(network[, ...])

Computes diffusive shape coefficient for conduits assuming pores are circles and throats are rectangles

cones_and_cylinders(network[, ...])

Computes diffusive shape coefficient assuming pores are truncated cones and throats are cylinders.

cubes_and_cuboids(network[, pore_diameter, ...])

Computes diffusive shape coefficient for conduits assuming pores are cubes and throats are cuboids.

hybrid_cones_and_cylinders(network[, ...])

Computes diffusive shape coefficient assuming pores are truncated cones and throats are cylinders.

hybrid_pyramids_and_cuboids(network[, ...])

Computes diffusive size factor for conduits of truncated pyramids and cuboids.

hybrid_trapezoids_and_rectangles(network[, ...])

Compute diffusive shape coefficient for conduits assuming pores are trapezoids and throats are rectangles.

intersecting_cones(network[, pore_diameter, ...])

Computes diffusive shape coefficient assuming pores are intersecting cones.

intersecting_pyramids(network[, ...])

Computes diffusive size factor for conduits of pores with intersecting pyramids.

intersecting_trapezoids(network[, ...])

Computes diffusive shape coefficient for conduits of intersecting trapezoids.

ncylinders_in_series(network[, ...])

Computes diffusive size factors for conduits of spheres and cylinders with the spheres approximated as N cylinders in series.

pyramids_and_cuboids(network[, ...])

Computes diffusive size factor for conduits of truncated pyramids and cuboids.

spheres_and_cylinders(network[, ...])

Computes diffusive shape coefficient for conduits assuming pores are spheres and throats are cylinders.

squares_and_rectangles(network[, ...])

Computes diffusive size factor for conduits assuming pores are squares and throats are rectangles.

trapezoids_and_rectangles(network[, ...])

Compute diffusive shape coefficient for conduits assuming pores are trapezoids and throats are rectangles.