Repository navigation

Tearing - FEATURE - Add critical resonant field calculations to the tearing workflow - #415

Open

ebursch wants to merge 17 commits into

developfrom

feature/b_crit_calculation

Commits on Aug 20, 2026
- INIT WIP: Tearing Feature add for calculating b_crit
  ebursch
  committed
  31266b6
- WIP - Testing
  ebursch
  committed
  ba740fe
- WIP - In progress bcrit full workflow
  ebursch
  committed
  ddd54fe
- WIP - Bcrit runs through, need to add true Q0, P, etc. and validate
  ebursch
  committed
  46c648d
- WIP - Rebasing with develop
  ebursch
  committed
  5223122
- WIP - Minimal working version
  ebursch
  committed
  6f4a356
- Full working bcrit intial implementation
  ebursch
  committed
  fbacf33
- Cleaned up notebooks/ignore
  ebursch
  committed
  1125712
- Merge branch 'develop' into feature/b_crit_calculation
  ebursch
  authored
  514f8b3
Commits on Aug 21, 2026
- Added bcrit profile inputs for angular momentum diffusivity
  ebursch
  committed
  674efa4
Commits on Oct 6, 2026
- Merge branch 'develop' into feature/b_crit_calculation
  
  ebursch
  and
  claude
  committed
  e5d72c5
- Tearing - BUGFIX - Evaluate the critical resonant field torque balance on Cole's Q axis
  
  ebursch
  and
  claude
  committed
  4f713fc
- Tearing - API - Take the critical resonant field Prandtl number from the layer P_tor
  
  ebursch
  and
  claude
  committed
  baf49d7
- Tearing - TEST - Cover the critical resonant field torque balance
  
  ebursch
  and
  claude
  committed
  407f96d
- Tearing - BUGFIX - Skip torque-balance maxima inside the diamagnetic pole region
  
  ebursch
  and
  claude
  committed
  f032554
- Docs - DOCS - Document the critical resonant field and its Fortran benchmark
  
  ebursch
  and
  claude
  committed
  acd8bca
Commits on Oct 9, 2026
- Merge branch 'develop' into feature/b_crit_calculation
  matt-pharr
  authored
  4be3168

Navigation Menu

Repository navigation

Tearing - FEATURE - Add critical resonant field calculations to the tearing workflow - #415

Tearing - FEATURE - Add critical resonant field calculations to the tearing workflow#415
ebursch wants to merge 17 commits into
developfrom
feature/b_crit_calculation

Commits on Aug 20, 2026

INIT WIP: Tearing Feature add for calculating b_crit

WIP - Testing

WIP - In progress bcrit full workflow

WIP - Bcrit runs through, need to add true Q0, P, etc. and validate

WIP - Rebasing with develop

WIP - Minimal working version

Full working bcrit intial implementation

Cleaned up notebooks/ignore

Merge branch 'develop' into feature/b_crit_calculation

Commits on Aug 21, 2026

Added bcrit profile inputs for angular momentum diffusivity

Commits on Oct 6, 2026

Merge branch 'develop' into feature/b_crit_calculation

Tearing - BUGFIX - Evaluate the critical resonant field torque balance on Cole's Q axis

Tearing - API - Take the critical resonant field Prandtl number from the layer P_tor

Tearing - TEST - Cover the critical resonant field torque balance

Tearing - BUGFIX - Skip torque-balance maxima inside the diamagnetic pole region

Docs - DOCS - Document the critical resonant field and its Fortran benchmark

Commits on Oct 9, 2026

Merge branch 'develop' into feature/b_crit_calculation