Cradle CFD is the world's leading computational fluid dynamics technology.
Cradle CFD delivers Smart Multiphysics Focused Computational Fluid Dynamics solutions. World's leading CFD technology available to boost smart manufacturing.
Cradle CFD software solutions contain a range of applications designed to solve fluid and gas mechanics and heat transfer problems. Specifically, the software supports engineers in the early stages of design, before full-scale experiments with physical prototypes begin. Moreover, Cradle CFD is essential in cases where setting up physical experiments is difficult or impossible. Consequently, engineers can evaluate characteristics and perform measurements that would otherwise be impossible in full-scale tests.
Furthermore, Software Cradle has joined MSC Software Corporation and expanded computational fluid dynamics (CFD) capabilities within the MSC family of products. Therefore, the Cradle CFD suite now offers broader simulation support for industrial applications. Additionally, specialized Cradle CFD products include the scSTREAM structured mesh solver, the scFLOW unstructured mesh solver, and the PICLS printed circuit board thermal simulation tool. In particular, each product targets specific engineering simulation needs across aerospace, automotive, and electronics industries. To explore these solutions, visit the MSC Software Cradle CFD product page.
Cradle CFD hydrogasodynamic process analysis can include additional options that allow creating models to analyze the following processes.
The scFLOW implements an extremely useful and efficient algorithm for automatically adapting the mesh to the problem. To use it, it is sufficient to formulate a problem and build a regular computational grid of average quality. The automatic algorithm then performs a series of calculations to adapt and rebuild the existing mesh, keeping track of the nature of the flow. This makes it possible to create, in semi-automatic mode, computational meshes of high quality and acceptable dimensionality, without the need for unreasonable multiple increases in the case of “manual” construction.
One of the strengths of scFLOW is its efficient mechanism for modeling moving elements as they interact with fluid media. Model elements can interact with each other, for example, a valve can overlap the flowing part of the model by contacting the walls of a pipeline, thereby completely or partially shutting off the flow. Another example: two movable rotating elements interact with each other and “push” the fluid – a gear pump. Such and many other problems are successfully solved using the intersecting grid methods, in which the grid moves together with the moving objects. In this case, the moving mesh is superimposed on a stationary one with automatic recalculation of results (Overset mesh).
For free bodies, buoyancy is implemented.
The interaction of Lagrangian and Eulerian meshes on arbitrary surfaces (Airbirary Lagrangian-Eulerian – ALE) and the Mixing plane method, which implements cyclic boundary conditions to reduce the dimensionality of the problem, are provided.
You can request a trial version of the full package for testing. The trial is followed with a technical demonstration aimed on software abilities and focused on your design and manufacturing purposes.
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