Fluidity atmospheric project with ATHAM microphysics branch
Registered by
James Robert Percival
Branch of fluidity containing a compressible dynamic core with active tracer routines from the ATHAM codebase, coupled with cloud microphysics routines. Target applications include modelling of volcanic eruptions.
Blueprint information
- Status:
- Not started
- Approver:
- None
- Priority:
- Undefined
- Drafter:
- None
- Direction:
- Needs approval
- Assignee:
- James Robert Percival
- Definition:
- Discussion
- Series goal:
- None
- Implementation:
-
Unknown
- Milestone target:
- None
- Started by
- Completed by
Whiteboard
The branch will implement the ATHAM microphysics into fluidity in stages. Current To-Do-List is something like
(1) Add algorithmic hydrostatic solve capability to compressible branch[in progress]
(2) Add DG internal energy
(3) Allow tracer fields to modify equation of state (Active Tracers)
(4) Add forcing routines for microphysical interactions between water tracer phases
(5) Add forcing routines for ash particles
(6) Wrap ATHAM microphysics routines
(?)
