Flow Science Flow-3D 10.1.1 (Win/Linux ) | 965.2 MB
Flow Science, Inc. announces the availability of a new release of its computational fluid dynamics software, FLOW-3D, known for its high level of accuracy and large physical model library that serves a broad range of industries.
FLOW-3D version 10.1 features a redesigned graphical user interface. The new design, which was based on significant customer input, gives users a streamlined approach to setting up, running and analyzing simulations. On the solver side, developments include new hybrid shallow water/3D flow, cooling channels and spray models and significant enhancements to the fluid structure interaction/thermal stress evolution and general moving objects models. The results file size has been substantially reduced to help users better handle and store their simulation data.
The hybrid shallow water/3d flow model is especially useful for civil and environmental applications. Large sections of rivers and coastal areas can be modeled using the very efficient depth-averaged (shallow water) equations, while structures like piers, spillways, and overflows can be modeled with the full 3-D Navier-Stokes equations. This allows users to set up approach conditions to 3-D structures rapidly, and to model complex networks of channels and diversions.
Key models and improvements to the solver and GUI include:
- Hybrid Shallow Water/3D Flow Model
- Spray Cooling Model
- Plastic Deformations in the FSI/TSE Models
- Cooling Channels Model
- Enable Moving Objects to be porous materials
- Simulation Queue Manager
- Redesigned Meshing &Geometry tab
About Flow Science
Flow Science, Inc. is a privately-held software company specializing in transient, free-surface CFD modeling software for industrial and scientific applications worldwide. Flow Science has distributors for FLOW-3D sales and support in nations throughout the Americas, Europe, Asia and Australia. Flow Science’s headquarters is located in Santa Fe, New Mexico.
Name: Flow Science Flow-3D
OS: Windows XP / Vista / Seven / 8
Size: 965.2 mb
Special Thanks SSQ