How gbarivazhagan/3d-heat-conduction works
This is a small, single-file 3D Cartesian heat-conduction solver, not a multi-service application. Its workflow is to establish the domain and temperature conditions, iteratively compute conduction fluxes and update temperature, then write temperature fields to data files. The README documents an initially zero temperature and six face temperatures; the excerpt shows grid setup, flux calculations, and file output, but omits parts of the initialization and update code, so those details are represented only at a high level.
Main entry points: 3DHC.c Heat solver
Components 9
Other components
- User
- Heat solver
3DHC.c - Grid setup
3DHC.c - Temperature conditions
3DHC.c - Flux calculation
3DHC.c - Temperature update
3DHC.c - Initial field
- Final field
- Iteration fields
Connections 8
- User → Heat solver: runs
- Heat solver → Grid setup: sets up
- Heat solver → Temperature conditions: initializes
- Temperature conditions → Initial field: writes
- Heat solver → Flux calculation: calculates
- Heat solver → Temperature update: updates
- Heat solver → Final field: writes
- Heat solver → Iteration fields: writes