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initials-example [2016/12/20 09:16] ndrs created |
initials-example [2016/12/20 09:34] (current) ndrs [Step 3 - Adjusting the case limits and importing the boundaries] |
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| - | ====== Float example ====== | + | ====== Initials example ====== |
| In this tutorial we will create a body of water colliding with a wall. It uses the initial velocity properties to apply a force at simulation start. Additionally, it uses STL imported and exported meshes. The result should be something like this: | In this tutorial we will create a body of water colliding with a wall. It uses the initial velocity properties to apply a force at simulation start. Additionally, it uses STL imported and exported meshes. The result should be something like this: | ||
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| {{ ::ini4.png?300 |}} | {{ ::ini4.png?300 |}} | ||
| - | Once done that, we will import the boundary object. To import the object, just click in FreeCAD's File menu -> Import. In the file selector, open casing.stl (downloadable from ------------------>here). | + | Once done that, we will import the boundary object. To import the object, just click in FreeCAD's File menu -> Import. In the file selector, open casing.stl (downloadable from [[http://design.sphysics.org/resources/casing.stl|Here]]). |
| You should see how it fits into the Case Limits. Now, add it to the simulation pressing the __Add to DSPH Simulation__ button, and **ensure its MKBound is 1** | You should see how it fits into the Case Limits. Now, add it to the simulation pressing the __Add to DSPH Simulation__ button, and **ensure its MKBound is 1** | ||
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| Your case should be something like this: | Your case should be something like this: | ||
| - | {{ ::ini6.png?500 |}} | + | {{ ::ini5.png?500 |}} |
| From there you can just select your preferred processor in the simulation group (CPU or GPU[Nvidia only]) and press "Simulate Case". Once finished you can export the data to VTK with the button "Export data to VTK". | From there you can just select your preferred processor in the simulation group (CPU or GPU[Nvidia only]) and press "Simulate Case". Once finished you can export the data to VTK with the button "Export data to VTK". | ||
