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GridPro Version 10.1 Released 

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Structured meshing at its finest

Experience Optimal Simulation Results with Our Expert Mesh Generation.

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GridPro GUI
GridPro GUI

GridPro

GridPro is a powerful tool for creating high-quality meshes for use in CFD simulations. It is optimized for geometry optimization and provides structured multi-block meshes that deliver consistent, accurate, and reliable results. With GridPro, you can easily create meshes that are of exceptional quality and optimal size, ensuring good solver robustness, solution convergence, high accuracy, and simulation efficiency. This makes it a valuable tool for industries such as aerospace, turbomachines, marine, chemical, energy, medical, propulsion, oil and gas, and more.

Gridpro api desktop Gridpro api mobile
Gridpro api desktop Gridpro api mobile

GridPro API

GridPro API provides a Python-based platform for creating and manipulating meshes and integrating them with other CAD and CFD softwares so that you can automate your meshing process.

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GridPro Xpress series desktop GridPro Xpress series mobile
GridPro Xpress series desktop GridPro Xpress series mobile

GridPro Xpress Series

GridPro Xpress Series automates meshing, enhancing accuracy and efficiency while significantly reducing mesh generation time, streamlining CFD workflows for faster and more accurate simulations.

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Key Software Capabilities

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Scripting in GridPro

One can fire the topology building and meshing commands individually or bundle them together in a file as a batch script or a shell script.
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Grid smoother in GridPro

The automatic smoothing algorithm optimizes the grid to be smooth and orthogonal throughout the volumetric region.
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Batch mode in GridPro

The APIs allow the user to access all the tools in the GUI and more, through command line. Further, the APIs enable the user to script the steps.

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Meshes Supported by GridPro

Structured multi-block grids generated in GridPro can be exported in structured as well as unstructured grid formats.

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Shape Optimization

Dynamic boundary conforming technology in GridPro allows generation of meshes for a wide range of geometric variants differing in shape or position using a single topology.

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Higher Order Meshes

Additional nodes along the edges, faces, and in the interior of a linear mesh can be introduced to generate higher order meshes.

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Flow Physics Capturing

Flow physics capturing is a crucial aspect of computational fluid dynamics, enabling the accurate representation of major flow phenomena such as wakes and shocks. 

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Specialized Meshing Tools

Numerous specialized meshing tools are available that facilitate semi-automatic block generation for complex geometric features, including multiple holes, pipes, ducts, axisymmetric bodies, circular components, and more.

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Features

  • Semi Automatic Blocking
  • Automatic shaping of blocks
  • Automatically shaped periodic surfaces
  • Local enrichment/Adaptation
  • Smart Boundary Layer Clustering
  • Truly 3D grids
  • Multiscale meshing
  • Semi Automatic Blocking
  • Automatic shaping of blocks
  • Automatically shaped periodic surfaces
  • Local enrichment/Adaptation
  • Smart Boundary Layer Clustering
  • Truly 3D grids
  • Multiscale meshing

Semi Automatic Blocking

GridPro’s semi-automatic blocking merges the flexibility of unstructured meshing with the accuracy and efficiency of structured meshing. Unlike traditional structured approaches that require extensive manual blocking, GridPro automates much of the process while retaining user control. ...
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Automatic shaping of blocks

Unlike rigid meshing approaches, which rely on users to shape the blocks, GridPro’s fluidic blocks dynamically adapt to geometry surfaces, ensuring smooth, orthogonal, and high-quality grids. The proprietary Dynamic Boundary Conforming (DBC) technology automatically optimizes grid structure, with manual intervention to create a mesh of high quality....
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Automatically shaped periodic surfaces

For periodic geometries like turbine blades or impellers, there is no need for putting periodic surfaces. The user provides the blade, wireframe and periodicity and GridPro automatically shapes the periodic surface. This gives the flexibility to easily accommodate blade variations and ...
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Local enrichment/Adaptation

Compact Enrichment is a powerful tool that offers a unique capability in refining specific regions near or away from a surface without affecting the farfield. Serving as a post-processing step for a completed working topology, it enables further enhancement without disturbing the overall flow characteristics....
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Smart Boundary Layer Clustering

The smart boundary layer clustering algorithm efficiently produces a well-defined grid by utilizing the first cell spacing input. It dynamically adjusts various parameters such as the number of layers, growth ratio, smoothness, and propagation to generate a grid that seamlessly resolves the given data....
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Truly 3D grids

GridPro's grids are characterized by their remarkable 3D nature, setting them apart from conventional methods that merely stack 2D profiles to form contoured blades. This distinction is achieved through GridPro's advanced tools that facilitate the creation of genuine 3D grids while preserving orthogonality in all directions....
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Multiscale meshing

GridPro offers automated techniques for meshing geometries of varying scales, ranging from kilometers to millimeters, which is crucial in multi-scale problems. The challenge lies in creating grids that smoothly transition from the smallest to the largest cells in the flow field....
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