Cradle CFD

Cradle CFD is an advanced and user-friendly CFD simulation and visualization program.

The Cradle CFD software offers impressive processing speed, cutting-edge technology, and proven convenience, along with high user satisfaction.

Cradle CFD is used in various applications such as automotive, aerospace, electronics, construction, architecture, civil engineering, propeller design, mechanical engineering, and marine development.

 

The thermal and fluid solution integrates advanced multiphysics and chained simulations to provide optimized results in thermal, structural, acoustic, electromagnetic, mechanical, one-dimensional, and environmental analysis. It also includes 3D CAD tools and other proportional analysis tools, along with an award-winning post-analysis feature.

Cradle CFD

Next-generation graphical simulation capabilities:

Cradle CFD enables highly intuitive simulations, allowing users of all skill levels to process complex simulations with ease.

Cradle CFD is an advanced CFD simulation and visualization program that boasts high processing speed, efficiency, cutting-edge technology, and high user satisfaction. This has led to its extensive use across various industries, including automotive, aerospace, electronics, construction projects, architecture, and marine engineering.

The software is utilized in facilities and industries to solve heat transfer and fluid flow problems.

Cradle CFD Suite

Cradle CFD Suite provides a range of simulation software designed for engineers, mainly used in the manufacturing sector, including:

• scSTREAM,
• HeatDesigner,
• scFLOW, and
• scPOST.

Cradle CFD Suite features a powerful graphical user interface (GUI) and simulation tools that enable users at all experience levels to execute complex simulations. Key features of this software include parallel simulation, serial simulation, proportional analysis tools, and post-processing functions.

Cradle CFD Suite Components:

• scFLOW:
  Specifically designed for solving flow equations and analyzing heat transfer and fluid dynamics phenomena, particularly for systems with unstructured and asymmetrical meshes.
  Its primary advantage lies in its polyhedral meshing capabilities, which perform significantly better than conventional cubic meshes.
• scSTREAM & HeatDesigner:
  Designed specifically for solving flow equations and analyzing heat transfer and fluid dynamics phenomena.
• SC/Tetra:
  A specialized software for solving flow equations and analyzing heat transfer and fluid dynamics.
  With its extensive capabilities, it helps mechanical and electronics engineers perform detailed analyses and simulate complex models.
• scPOST:
  A powerful tool for clarifying and visualizing design data. It allows engineers to calculate simulation results and refine data and research findings during post-processing.
• CADthru:
  A tool for converting CAD geometry data into high-quality CFD-compatible formats.