conductTemperature
Transient heat conduction in a solid region, solved only through partitioned (DNA) coupling of the temperature field T.
Transient heat conduction in a solid region, solved only through partitioned (DNA) coupling of the temperature field T.
Conjugate heat transfer interface: temperature continuity (with an optional constant jump coefficient) and heat flux continuity, coupled partitioned through the T boundary conditions.
Transient pure-diffusion (heat conduction / passive scalar) solver on a static mesh, ported from laplacianFoam.
Partitioned flux-side temperature BC of heatTransferInterface: fixes the normal temperature gradient so that the conductive heat flux balances the heat flux of the value-side partner.
Partitioned flux-side temperature BC of massTransferInterface: heat-flux balance across a phase-change interface with the latent-heat flux jump computed by the interface.
Partitioned value-side temperature BC of heatTransferInterface: fixes the patch temperature to the interpolated neighbour temperature times the interface’s constant jump coefficient.
Transient, compressible, turbulent single-phase flow with energy equation on static or moving meshes using the PIMPLE algorithm.
Laminar advection-diffusion of temperature, stacked on top of an incompressible fluid region type that provides U and phi.