mirror of https://github.com/JuliaFEM/JuliaFEM.jl.git synced 2026-09-17 17:22:10 +00:00

Files

T

Jukka Aho 7d6ef2e560 feat(domains): add ThermoElasticKernel for coupled u–T assembly

Provide multi-field small-strain thermoelasticity with cross blocks between
displacement and temperature using shared geometry SoA caches.

- Dispatch `evaluate_entry` on `field_idx` pairs for `K_uu`, `K_TT`, `K_uT`, `K_Tu`.
- Coupling strength `β` toggles thermal-mechanical interaction; documents additive strain split.

2026-05-09 16:56:53 +03:00

continuum

feat(domains): add StokesMixedKernel for creeping Newtonian flow

2026-05-09 16:52:59 +03:00

darcy

feat(domains): add Hex8 RT0–P0 mixed Darcy kernel

2026-05-09 16:56:44 +03:00

heat

feat(domains): add HeatKernel for scalar diffusion and optional thermal mass

2026-05-09 16:55:28 +03:00

thermo_elastic

feat(domains): add ThermoElasticKernel for coupled u–T assembly

2026-05-09 16:56:53 +03:00

README.md

docs(domains): add README overview for physics kernels

2026-05-09 16:51:26 +03:00

README.md

src/domains/

Physics kernels that plug into the shared assembler infrastructure. Each subdirectory implements an AbstractKernel for one discipline or coupled problem.

For architecture, invariants, and vocabulary, read AGENTS.md in the repository root. For the microkernel checklist when adding a kernel, read juliafem.github.io/docs/developer-guide/kernel_extension_contract.md in the same checkout.

Layout

Directory	Kernel(s)	Tests
`continuum/`	`ContinuumKernel`, small-strain mechanics helpers	`test/domains/continuum/`
`heat/`	`HeatKernel`	`test/domains/heat/`
`darcy/`	`DarcyPotentialKernel` (primal potential); `DarcyMixedRT0P0Kernel` (Tet4 RT₀–P₀ H(div))	`test/domains/darcy/`
`thermo_elastic/`	`ThermoElasticKernel` (multi-field `u` + `T`)	`test/domains/thermo_elastic/`

Narrative walkthrough for thermo-elasticity: docs/src/thermo_elastic_walkthrough.md in the package Documenter tree.