Flow Science FLOW-3D 11.2 UpdateFLOW-3D delivers high accuracy simulation results faster by using our industry-leading algorithm TruVOF. A pioneering volume of fluid tracking method, TruVOF continues to set the industry standard for flow accuracy since its inception 35 years ago. FLOW-3D is the result of collaborating with the world’s leading scientific, manufacturing and research companies to deliver accurate simulations and an efficient, collaborative workflow. FLOW-3D employs our innovative meshing method FAVOR™ that dramatically improves problem setup by embedding the geometry directly into the mesh, allowing for rapid parametric adjustments without the labor-intensive remeshing required by other CFD software. Engineers spend their time visualizing, optimizing and collaborating on design concepts with leaner runtimes and more accurate results. FlowSight provides a powerful...
FLOW.SCIENCE.FLOW-3D.v11.0.4.Win64FLOW-3DFLOW-3D is our flagship product, a powerful and highly-accurate multi-physics computational fluid dynamics (CFD) package that has been in worldwide distribution since 1985. FLOW-3D provides engineers valuable insight into many physical flow processes, including solutions coupled to thermal energy transfer, 6-degree of freedom fluid-solid interaction, and mechanical and thermal stress analysis. These capabilities, combined with TruVOF, our advanced algorithm for tracking free-surface flows, make FLOW-3D the ideal simulation software to use for research, in the design phase, and to improve production processes. FLOW-3D is an all-inclusive package from setup to simulation to post-processing. No additional modules are necessary. Meshing is simple to perform and it is advanced. It has the simplicity of a Cartesian structure yet conforms to complex geometries...
What\’s New in the FLOW-3D Version 10.1 Solver New developments in FLOW-3D version 10.1 include the hybrid shallow water/3D flow model, the addition of porous moving components to the general moving objects model, the addition of a spray cooling model, plastic deformations in the FEA model and a new model for cooling channels. Version 10.1 features extensive improvements to the accuracy and performance of the software, including a dramatic reduction in the size of the results files. In addition to the solver developments, there has been a major redesign of the graphical users interface to help users easier unleash the power and accuracy of FLOW-3D.Plastic deformationsTemperature-dependent yielding, based on the von Mises yield criterion, and plastic deformations (without hardening) have...