Simulate with complex geometries and complex physics
E
| ELASTOPLASTIC_FadeOut_divS_gradP | |
| ENFORCE_min_max | set lower and upper bound for any MESHFREE variable |
| ENFORCE_min_max_RejectLinearSolution | rejection of the solution of a sparse linear system if minimum-maximum criteria are not fulfilled |
| ENFORCE_min_max_RejectLinearSolution | |
| ENFORCE_min_max | |
| ENSIGHT6 | computation results in Ensight6 format |
| EPS_global | |
| ERFHDF5 | computation results in ESI format ERF-HDF5 |
| EULER | implicit Eulerian or ALE motion (1st order) |
| EULERIMPL | Higher order implicit Eulerian or ALE motion (recommended among the Euler implementations) |
| EVENT | events defined for the point cloud |
| EVENT | |
| EnSight | read in already existing point cloud from EnSight format |
| Encryption | Encryption of MESHFREE's InputFiles |
| EnhanceCorrectionPressureFormulation | Volume correction due to enhanced correction pressure formulation |
| EnvironmentVariables | Environment variables for MESHFREE |
| EquationsToSolve | differential equations to be solved by MESHFREE |
| Equations | define functions, equations, and algebraic expressions |
| Evaporation | Simulation of evaporation of water droplets |
| EventMessage | event message with message code |
| EventMessage | |
| ExDom() | check if a point is outside a closed domain |
| ExchangeBEOnRestart | (experimental) exchange parts of the boundary elements during restart |
| ExcludeCriticalNeighbors | Exclude critical neighbors from the neighborlists of MESHFREE points |
| ExperimentalVersions | smooth the representative masses in order to obtain smooth representative density |
| ExportGeometryDirectory | folder where to export the actually imported geometry |
| ExpressionOfIntegrand | scalar expression to integrate with respect to a given region |
| ExtendSmallGaps | (deprecated) force MESHFREE to geometrically (artificially) inflate thin gaps and mathematically deflate the differential operators |
| echo{} | simple test write out in order to check the response of MESHFREE |
| eigen() | eigenvalues and eigenvectors of a symmetric 3x3 matrix |
| end_alias | ending alias definition |
| end_boundary_elements | ending boundary elements definition |
| end_construct | ending construct variables definition |
| end_construct_always | ending construct variables definition (restart-considering) |
| end_construct_atRestart | ending construct variables definition (only) at restart |
| end_curve | ending curve definition |
| end_equation | ending equation definition |
| end_loop | ending loop definition |
| end_material | (deprecated) ending material definition |
| end_pointcloud | ending point cloud definition |
| end_save | end of begin_save{ environment |
| end_selection | ending selection definition |
| end_timestepfile | end of timestep/integration file environment |
| eps_T | precision in the breaking criterion for the linear systems of temperature (CV) |
| eps_T | precision in the breaking criterion for the linear systems of temperature (UCVO) |
| eps_T | precision in the breaking criterion for the linear systems of temperature (UCV) |
| eps_p | precision in the breaking criterion for the linear systems of pressure (CV) |
| eps_p | precision in the breaking criterion for the linear systems of pressure (UCVO) |
| eps_p | precision in the breaking criterion for the linear systems of pressure (UCV) |
| eps_phyd | precision in the breaking criterion for the linear systems of hydrostatic pressure (CV) |
| eps_phyd | precision in the breaking criterion for the linear systems of hydrostatic pressure (UCVO) |
| eps_phyd | precision in the breaking criterion for the linear systems of hydrostatic pressure (UCV) |
| eps_v | precision in the breaking criterion for the linear systems of velocity (CV) |
| eps_v | precision in the breaking criterion for the linear systems of velocity (UCVO) |
| eps_v | precision in the breaking criterion for the linear systems of velocity (UCV) |
| epsilon_additionalDecayBySarkar | compressibility constraint by Sarkar and Lakshmanan, Ma-number motivated correction factor for epsilon |
| equn() | incorporate existing equations |
| erf() | error function |
| eta | viscosity definition [Pa*s] |
| eta | |
| evaluateEquation{} | evaluate equation pointwise |
| exp() | exponential |
| exportFile{ | export the actually imported geometry file in STL or OBJ format |
| exportGeometry{ | export the actually imported geometry file in STL or OBJ format |
| extrude{ | Extrude a 2D surface in one direction to a 3D object |