Tags :FLUENT Page 2

This new release is based on five major pillars: adaptive meshing, non-conformal meshing, enhancements and extension of viscoelastic models, elasticity-based remeshing, and a new user-friendly environment. Meshing Advances Adaptive and non-conformal meshing help the user to build an accurate computer model of the equipment design to be simulated, particularly for complex, real-world models, such as dies for window profiles and rubber seals, and coextrusion or fiber spinning equipment. Greater Flexibility The advanced viscoelastic modeling capability in POLYFLOW 3.9 widens the realm of possibility for modeling tricky viscoelastic flows. Elasticity-based remeshing capabilities provide further flexibility in the modeling of flows, which deform in three dimensions. POLYMAN is User Friendly The new POLYMAN user environment is a Windows-like interface that consolidates all...

FloWizard® is a highly automated flow modeling tool that allows design and process engineers to rapidly and accurately validate their designs much earlier in the product development cycle. Using FloWizard to rapidly analyze your fluid flow and heat transfer problems throughout development can save you time, money and improve the performance of your designs. FloWizard s Windows look-and-feel user interface is designed for ease of use and high productivity and can be customized to meet your needs. FloWizard offers expert guidance to ensure your success; CAD connectivity to read and easily import your geometry; peer-to-peer collaboration to compress the design cycle; and a highly automated solver and post-processing for efficiency improvements. Find out how FloWizard can meet your flow modeling...

nbsp; ::::::English Description::::::  FLUENT for CATIA combines the worlds most widely used and powerful CFD code, FLUENT 6.2, with the leading CATIA V5 PLM software environment from Dassault Systèmes. Fully associative to the PLM data structures, FLUENT for CATIA provides fluid flow analysis in the CATIA working environment and is a dramatic step forward for the use of CFD in the design process. It will allow engineers, especially in the automotive and aerospace industries, to achieve significant product design improvements and cost savings. The software will help engineers test conceptual designs at the earliest possible stages of the product development cycle in a PLM workflow environment. The unified design and analysis process provided by FLUENT for CATIA leads to improved...

::::::English Description::::::   MixSim® is a comprehensive analysis tool for complete hydrodynamic simulation of agitated mixing vessels. With an easy-to-use interface, customized with mixing language, users can rapidly create a computer model of many agitated vessels and predict the relevant mixing characteristics. MixSim is used to design, troubleshoot, characterize, verify and help to scale-up agitated mixing tanks and reactors virtually, saving process engineer and equipment designers time and money in physical prototyping. MixSim’s intelligent geometry and meshing algorithms, combined with a mixing specific graphical presentation of results, enable users to set up CFD simulations of complex mixing tanks in a matter of minutes. MixSim’s coupling to libraries of brand name and generic impeller types and its connection to the unparalleled...

English Description::::::   With its wealth of physical models and efficient solution methods, FIDAP is the flow modeling tool of choice for applications such as polymer processing, thin film coating, biomedical, semiconductor crystal growth, metallurgy, and glass processing. Based on the finite element method, FIDAP offers complete mesh flexibility and robust and efficient calculations. With its special, easy-to-edit scripting language, FIDAP makes it easy to do repetitive parametric studies where automatic modification of material properties or operating conditions is required. FIDAP is available for Unix/Linux and Windows workstations and is optimized for parallel processing. Customers have reported a dramatic return on investment by introducing CFD modeling with FIDAP into their design processes. Read more about FIDAP to see what it...

English Description::::::   With its wealth of physical models and efficient solution methods, FIDAP is the flow modeling tool of choice for applications such as polymer processing, thin film coating, biomedical, semiconductor crystal growth, metallurgy, and glass processing. Based on the finite element method, FIDAP offers complete mesh flexibility and robust and efficient calculations. With its special, easy-to-edit scripting language, FIDAP makes it easy to do repetitive parametric studies where automatic modification of material properties or operating conditions is required. FIDAP is available for Unix/Linux and Windows workstations and is optimized for parallel processing. Customers have reported a dramatic return on investment by introducing CFD modeling with FIDAP into their design processes. Read more about FIDAP to see what it...

Airpak is an easy-to-use computational fluid dynamics (CFD) tool that lets the user accurately model airflow, heat transfer, contaminant transport, and thermal comfort in ventilation systems as well as external building flows. It eliminates the guesswork in designing ventilation systems. Airpak can reduce the risk for new designs and improve the efficiency of current designs while saving time and money. Easy Animation ExportAirpak 2.0 makes it unnecessary for users to purchase additional software so that they can export the computer animations of their results. Airpak exports the animation in MPEG, AVI, animated GIF or FLI file formats. \”Exporting directly into an animation gives our users the fastest way ever to convert results into valuable marketing pieces,\” says Schwarz.Product:Fluent Airpak 2.1.12...