[tag] specific_body_force

Specific body forces that are used to apply gravitational forces. A vector of displacement dimension's length.

Additional info

From ProcessLib/PhaseField/CreatePhaseFieldProcess.cpp line 153

• This is a required parameter.
• Data type: std::vector<double>
• Expanded tag path: processes.process.PHASE_FIELD.specific_body_force
• Go to source code: → ogs/ogs/master

Used in the following test data files

• [→ ogs/ogs/master | → doc] PhaseField/Kregime_Propagating_jupyter_notebook/Kregime_Propagating.prj
• [→ ogs/ogs/master | → doc] PhaseField/PForthotropy_jupyter_notebook/shear.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam/AT1_iso_tensile.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam/AT1_vd_tensile.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam/AT1_vd_tensile_2core.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam/AT2_iso_tensile.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam/bar_COHESIVE_exponential.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam/bar_COHESIVE_linear.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam/voldev-ortho/AT2_vd_tensile_VZ.prj
• [→ ogs/ogs/master | → doc] PhaseField/beam_jupyter_notebook/beam.prj
• [→ ogs/ogs/master | → doc] PhaseField/k_regime_HF/2D_bm_0p01.prj
• [→ ogs/ogs/master | → doc] PhaseField/kregime_jupyter_notebook/Kregime_Static.prj
• [→ ogs/ogs/master | → doc] PhaseField/single_edge_notched/masonry-ortho/shear.prj
• [→ ogs/ogs/master | → doc] PhaseField/surfing/surfing.prj
• [→ ogs/ogs/master | → doc] PhaseField/surfing_jupyter_notebook/surfing.prj
• [→ ogs/ogs/master | → doc] PhaseField/tpb_jupyter_notebook/TPB.prj