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en:rex3d:rex3dpostprocessing [2026/08/31 11:19] – [Display Results in the Attachments] adminen:rex3d:rex3dpostprocessing [2026/09/01 12:24] (aktuell) – admin
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 ===== Post-Processing (OpenFOAM) ===== ===== Post-Processing (OpenFOAM) =====
  
-{{ :rex3d:openfoamreport:rex19_openfoam_postpro_de.png?nolink |}}+{{ :rex3d:openfoamreport:rex19_openfoam_postpro_en.png?nolink |}}
  
 ==== Post-Processing Settings ==== ==== Post-Processing Settings ====
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 The most important simulation parameters are listed here. These include: The most important simulation parameters are listed here. These include:
  
-* mass flow rate, +  * mass flow rate, 
-* pressure difference, +  * pressure difference, 
-* temperature difference, +  * temperature difference, 
-* mean pressure throughout the entire flow domain, +  * mean pressure throughout the entire flow domain, 
-* mean temperature throughout the entire flow domain, +  * mean temperature throughout the entire flow domain, 
-* mean absolute velocity throughout the entire flow domain, +  * mean absolute velocity throughout the entire flow domain, 
-* mean shear rate throughout the entire flow domain, +  * mean shear rate throughout the entire flow domain, 
-* mean viscosity throughout the entire flow domain, and +  * mean viscosity throughout the entire flow domain, and 
-* mean density throughout the entire flow domain.+  * mean density throughout the entire flow domain.  * Listenpunkt
  
 **Process Data** **Process Data**
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 Additional boundary conditions describing the operating point are listed here. These include: Additional boundary conditions describing the operating point are listed here. These include:
  
-* rotational speed, +  * rotational speed, 
-* inlet temperature (at the beginning of the element), +  * inlet temperature (at the beginning of the element), 
-* screw temperature (or adiabatic boundary condition), and +  * screw temperature (or adiabatic boundary condition), and 
-* barrel temperature (or adiabatic boundary condition).+  * barrel temperature (or adiabatic boundary condition).
  
 **Machine** **Machine**
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 The basic machine and element data are listed here. These include: The basic machine and element data are listed here. These include:
  
-* the geometry origin (generated by REX/PSI or imported geometry), +  * the geometry origin (generated by REX/PSI or imported geometry), 
-* the name of the screw (name from REX/PSI), +  * the name of the screw (name from REX/PSI), 
-* the outer diameter, +  * the outer diameter, 
-* the core diameter (smallest diameter within the simulated screw section), +  * the core diameter (smallest diameter within the simulated screw section), 
-* the length excluding the inlet and outlet sections, and +  * the length excluding the inlet and outlet sections, and 
-* the absolute length.+  * the absolute length.
  
 <WRAP clear/> <WRAP clear/>
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 This page lists the material data used in the simulation, starting with: This page lists the material data used in the simulation, starting with:
  
-* the material name and +  * the material name and 
-* the material type.+  * the material type.
  
 The thermodynamic data and density are then displayed: The thermodynamic data and density are then displayed:
  
-* [[materialdaten:thermodynamische_daten|Thermal conductivity]] at 0°C and its slope per °C +  * [[en:materialdaten:thermodynamische_daten|Thermal conductivity]] at 0°C and its slope per °C 
-* [[materialdaten:thermodynamische_daten|Heat capacity]] at 0°C and its slope per °C +  * [[en:materialdaten:thermodynamische_daten|Heat capacity]] at 0°C and its slope per °C 
-* [[materialdaten:dichtedaten_bzw._spezifisches_volumen|Melt density]] at 0°C and the reduction in density per °C+  * [[en:materialdaten:dichtedaten_bzw._spezifisches_volumen|Melt density]] at 0°C and the reduction in density per °C
  
-Finally, the [[materialdaten:rheologische_materialdaten|Rheological Data]] are listed. This starts with the temperature shift, followed by the viscosity. Different parameters are listed depending on the selected model.+Finally, the [[en:materialdaten:rheologische_materialdaten|Rheological Data]] are listed. This starts with the temperature shift, followed by the viscosity. Different parameters are listed depending on the selected model.
  
 To visualize the viscosity, a diagram with flow curves for three different temperatures is shown. These are the inlet temperature (see Process Data), as well as temperatures 20 °C below and above the inlet temperature. To visualize the viscosity, a diagram with flow curves for three different temperatures is shown. These are the inlet temperature (see Process Data), as well as temperatures 20 °C below and above the inlet temperature.
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 ===Further Topics=== ===Further Topics===
- +  * [[en:rex3d:rex3dpreprocessing|]] 
-  * [[rex3d:rex3dpreprocessing|]] +  * [[en:Rex3d:Rex3dPostProcessing]] 
-  * [[rex3d:rex3dpostprocessing|]] +  
-  * [[rex3d:rex3dkonfiguration|]] +  * [[en:Rex3d:Rex3dKonfiguration]] 
 +  * [[en:Rex3d:openfoamremote]]