Electrical Flow Field
Module: devtests.bidomain.electric_flow_field.run
Section author: Anton Prassl <anton.prassl@medunigraz.at> and Gernot Plank <gernot.plank@medunigraz.at>
Fig. 13 Experimental setup to validate the electrical flow field.
Solve Laplace’s equation on a 1mm cube and compare ,
and
against reference.
Checks:
Last run: 2023-04-02 00:12:44.666362, revision {‘base’: ‘d522ff15’}, dependency revisions {PT_C: 31642c1e,cvsys: 1d1b5a1c,eikonal: b58be0de,elasticity: a9cc0f2b}
Runtime: 0:00:00.742295
ALL PASSED
PASS max_error(phie.igb): 0.0
PASS max_error(PostProcess/E_field.igb): 0.0
PASS max_error(PostProcess/J_field.igb): 0.0
Solve Laplace’s equation on a 1mm cube and compare ,
and
against reference.
Checks:
Last run: 2023-04-02 00:12:45.442656, revision {‘base’: ‘d522ff15’}, dependency revisions {PT_C: 31642c1e,cvsys: 1d1b5a1c,eikonal: b58be0de,elasticity: a9cc0f2b}
Runtime: 0:00:00.671497
ALL PASSED
PASS max_error(phie.igb): 0.0
PASS max_error(PostProcess/E_field.igb): 0.0
PASS max_error(PostProcess/J_field.igb): 0.0