Note: This page has been translated by MathWorks. Please click here

To view all translated materials including this page, select Japan from the country navigator on the bottom of this page.

To view all translated materials including this page, select Japan from the country navigator on the bottom of this page.

Alphabetical List
By Category

`createpde` | Create a model |

`pdeModeler` | Open PDE Modeler app |

`PDEModel` | PDE model object |

`geometryFromEdges` | Create 2-D geometry |

`importGeometry` | Import geometry from STL data |

`pdegplot` | Plot PDE geometry |

`decsg` | Decompose constructive solid geometry into minimal regions |

`csgchk` | Check validity of Geometry Description matrix |

`csgdel` | Delete borders between minimal regions |

`pdearcl` | Interpolation between parametric representation and arc length |

`wgeom` | Write geometry specification function |

`pdeModeler` | Open PDE Modeler app |

`pdecirc` | Draw circle |

`pdeellip` | Draw ellipse |

`pdepoly` | Draw polygon |

`pderect` | Draw rectangle |

`geometryFromMesh` | Create 3-D geometry from a triangulated mesh |

`importGeometry` | Import geometry from STL data |

`multicuboid` | Create geometry formed by several cubic cells |

`multicylinder` | Create geometry formed by several cylindrical cells |

`multisphere` | Create geometry formed by several spherical cells |

`pdegplot` | Plot PDE geometry |

`applyBoundaryCondition` | Add boundary condition to PDEModel container |

`findBoundaryConditions` | Find boundary condition assignment for a geometric region |

`findCoefficients` | Locate active PDE coefficients |

`specifyCoefficients` | Specify coefficients in a PDE model |

`generateMesh` | Create triangular or tetrahedral mesh |

`pdemesh` | Plot PDE mesh |

`adaptmesh` | Adaptive 2-D mesh generation and PDE solution |

`initmesh` | Create initial 2-D mesh |

`meshToPet` | [p,e,t] representation of FEMesh data |

`jigglemesh` | (Not recommended) Jiggle internal points of triangular mesh |

`refinemesh` | Refine triangular mesh |

`pdeent` | Indices of triangles neighboring given set of triangles |

`pdesdp` | Indices of points/edges/triangles in set of subdomains |

`pdesde` | Indices of points/edges/triangles in set of subdomains |

`pdesdt` | Indices of points/edges/triangles in set of subdomains |

`pdetrg` | Triangle geometry data |

`pdetriq` | Triangle quality measure |

`findInitialConditions` | Locate active initial conditions |

`setInitialConditions` | Give initial conditions or initial solution |

`assembleFEMatrices` | Assemble finite element matrices |

`solvepde` | Solve PDE specified in a PDEModel |

`solvepdeeig` | Solve PDE eigenvalue problem specified in a PDEModel |

`adaptmesh` | Adaptive 2-D mesh generation and PDE solution |

`evaluateGradient` | Evaluate gradients of PDE solutions at arbitrary points |

`evaluateCGradient` | Evaluate flux of PDE solution |

`interpolateSolution` | Interpolate PDE solution to arbitrary points |

`pdeplot` | Plot solution or mesh for 2-D geometry |

`pdeplot3D` | Plot solution or surface mesh for 3-D geometry |

`createPDEResults` | Create solution object |

`evaluate` | Interpolate data to selected locations |

`pdecont` | Shorthand command for contour plot |

`pdecgrad` | Flux of PDE solution |

`pdegrad` | Gradient of PDE solution |

`pdesurf` | Shorthand command for surface plot |

`EigenResults` | PDE eigenvalue solution and derived quantities |

`StationaryResults` | Time-independent PDE solution and derived quantities |

`TimeDependentResults` | Ttime-dependent PDE solution and derived quantities |

`pdeInterpolant` | Interpolant for nodal data to selected locations |

`createpde` | Create a model |

`structuralProperties` | Assign structural properties of a material for a structural model |

`structuralBodyLoad` | Specify body load for a structural model |

`structuralBoundaryLoad` | Specify boundary loads for a structural model |

`structuralBC` | Specify boundary conditions for a structural model |

`solve` | Solve heat transfer or structural analysis problem |

`interpolateDisplacement` | Interpolate displacement at arbitrary spatial locations |

`interpolateStress` | Interpolate stress at arbitrary spatial locations |

`interpolateStrain` | Interpolate strain at arbitrary spatial locations |

`interpolateVonMisesStress` | Interpolate von Mises stress at arbitrary spatial locations |

`evaluateReaction` | Evaluate reaction forces on boundary |

`evaluatePrincipalStress` | Evaluate principal stress at nodal locations |

`evaluatePrincipalStrain` | Evaluate principal strain at nodal locations |

`pdeplot` | Plot solution or mesh for 2-D geometry |

`pdeplot3D` | Plot solution or surface mesh for 3-D geometry |

`findStructuralProperties` | Find structural material properties assigned to geometric region |

`findStructuralBC` | Find structural boundary conditions and boundary loads assigned to geometric region |

`findBodyLoad` | Find body load assigned to geometric region |

`StructuralModel` | Structural model object |

`StaticStructuralResults` | Static structural solution and its derived quantities |

`createpde` | Create a model |

`thermalProperties` | Assign thermal properties of a material for a thermal model |

`internalHeatSource` | Specify internal heat source for a thermal model |

`thermalBC` | Specify boundary conditions for a thermal model |

`thermalIC` | Set initial conditions or initial guess for a thermal model |

`solve` | Solve heat transfer or structural analysis problem |

`interpolateTemperature` | Interpolate temperature in a thermal result at arbitrary spatial locations |

`evaluateTemperatureGradient` | Evaluate temperature gradient of a thermal solution at arbitrary spatial locations |

`evaluateHeatFlux` | Evaluate heat flux of a thermal solution at nodal or arbitrary spatial locations |

`evaluateHeatRate` | Evaluate integrated heat flow rate normal to specified boundary |

`pdeplot` | Plot solution or mesh for 2-D geometry |

`pdeplot3D` | Plot solution or surface mesh for 3-D geometry |

`findThermalProperties` | Find thermal material properties assigned to a geometric region |

`findHeatSource` | Find heat source assigned to a geometric region |

`findThermalBC` | Find thermal boundary conditions assigned to a geometric region |

`findThermalIC` | Find thermal initial conditions assigned to a geometric region |

`ThermalModel` | Thermal model object |

`SteadyStateThermalResults` | Steady-state thermal solution and derived quantities |

`TransientThermalResults` | Transient thermal solution and derived quantities |

Was this topic helpful?