FLOW-3D POST 2024R1 cracked release

$ 160.00

FLOW-3D POST is a cutting-edge postprocessing tool that enhances visualization and analysis for all FLOW-3D products. Utilizing the powerful ParaView engine, it equips modelers with exceptional analytical capabilities through a user-friendly interface. Users can take advantage of a variety of advanced features, including arbitrary 2D clips along spline paths, 3D clips with transparency options, volume rendering, sophisticated time series plotting, calculators, and the ability to create streamlines and vector plots. With a comprehensive array of viewport layouts and dynamic visualization tools, FLOW-3D POST empowers engineers to refine their CFD results for both analytical and presentation purposes. Existing ParaView users will find that FLOW-3D POST maintains the platform’s advanced functionalities, while newcomers will benefit from the straightforward interface that facilitates quick and intuitive postprocessing.

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Description

FLOW-3D POST Advanced Features :

  • Built-in Filters
  • Cell Filtering
  • Plot Views
  • Advanced Animation Options
  • Spreadsheet Views
  • HPC Support
  • Python Calculator
  • Comparison Views
  • Ray Tracing
  • Volume Rendering
  • Python and Batch Automation

What’s New in FLOW-3D POST 2024R1

FLOW-3D POST 2024R1 expands on the EXODUS II-based results with the ability to visualize fluid-structure interaction and thermal stresses:

Additionally, users can now visualize triangulated raster and LandXML files to make it easier to see the terrain surrounding the modeling domain, providing better context for the simulation and helping keep the focus on the results.

Land XML support
The terrain inside the modeling domain (left) vs the triangulated topography (right). Note that the mountains and downstream valley are not included in the modeling domain, while the triangulated topography includes them for superior context and clarity.

Finally, casting users will see new outputs helping identify regions affected by cavitation and areas needing cooling power:

New output showing cavitation load
New output showing the specific heat flux to mold
New output showing the specific heat flux to mold
Cavitation load
New output showing cavitation load
New output showing the specific heat flux to mold
New output showing the specific heat flux to mold
New output showing the specific heat flux to mold
Cavitation load