Christian Svensson ea284caf80 model: heat in a fluid domain ...

A fluid domain may carry thermal settings: the initial temperature,
gravity and the fluid's expansion coefficient for buoyancy, and a thermal
condition (adiabatic, held temperature, heat flux) on each box face and on
named obstacle faces, adiabatic unless told otherwise. The material then
needs an isotropic conductivity and a specific heat. Boundaries are set
one at a time like the flow ones.

Part of #157.

2026-10-17 08:32:30 -04:00

..

src

model: heat in a fluid domain

2026-10-17 08:32:30 -04:00

tests

model: resolve_set_partial, and the rotating-node rule as Model::rotational_nodes

2026-10-14 00:34:33 -04:00

Cargo.toml

Rename the project to FieldCraft

2026-10-13 23:51:40 -04:00