- Feature Reference ? DualSPHysics/DesignSPHysics Wiki ? GitHub
- https://github.com/DualSPHysics/DesignSPHysics/wiki/Concepts-and-Clarifications
- Home ? DualSPHysics/DesignSPHysics Wiki ? GitHub
Category:Tutorials – FreeCAD Documentation
| 単語 | 読み方 | 意味 |
| case_outフォルダ | ここにシミュレーション結果の.vtkファイルなどが出ます。 | |
| dataフォルダ | ||
| measuretoolフォルダ | ||
| particlesフォルダ | このフォルダにある*.vtkファイルをparaviewにドラッグ＆ドロップして「Apply」ボタンを押すとアニメーションで見れる | |
| surfaceフォルダ | ||
| tracerフォルダ | ||
| *.bi4 | ||
| Run.out | ||
| *.out | ||
| *.vtk | ||
| _Def.xml | ||
| *.xml | ||
| -svextraparts | PART interval for saving extra data | |
| -ompthreads:<int> | Only for CPU execution, indicates the number of threads by host for parallel execution, this takes the number of cores of the device by default (or using zero value) | |
| -cellmode:<mode> | Specifies the cell division mode full Lowest and the least expensive in memory (by default) half Fastest and the most expensive in memory | |
| Formulation options | ||
| -wendland | Wendland kernel (by default) | |
| -cubic | Cubic spline kernel | |
| -tmax:<float> | Maximum time of simulation | |
| DsphConfig | DsphConfig.xml | |
| -stable | The result is always the same but the execution is slower | |
| JSphCpuSingle | ||
| MassFluid | ||
| MassBound | ||
| MapRealPos | ||
| CaseName | ||
| Symmetry | ||
| Viscosity | ||
| RigidAlgorithm | ||
| FloatingCount | ||
| KernelH | ||
| KernelSize | ||
| CteB | ||
| RhopZero | ||
| NpMinimum | ||
| DomCells | ||
| MK blocks | ||
| aztv0e6n | ||
| DBC | ||
| Symplectic | ||
| Nok | particles not excluded from PART in the domain | |
| Nout | excluded particles that in previous PART where in inside the domain | |
| Input | number of particles that enter into the domain | |
| Output | number of particles that leave the domain | |
| InVel | average of velocity magnitude of the Input particles (not excluded) | |
| InVolume | volume of fluid that enters into the domain (Inputdpdpdp in 3D and Inputdp*dp in 2D) | |
| InFlow | flow that enters into the domain (Involume/interval) | |
| OutVolume | volume of fluid that leaves the domain (Outputdpdpdp in 3D and Outputdp*dp in 2D) | |
| OutFlow | flow that leaves the domain (OutVolume/interval) |