- Autodesk moldflow insight full#
- Autodesk moldflow insight software#
- Autodesk moldflow insight professional#
Autodesk moldflow insight full#
"By taking full advantage of CUDA and NVIDIA GPUs, plastics specialists and analysts are now able to benefit from added graphics capabilities and experience process simulations at higher rates than ever before.
Autodesk moldflow insight professional#
"We are pleased to have worked so closely with Autodesk to deliver a truly unique solution for the design of plastic parts and molds," said Jeff Brown, general manager, Professional Solutions, NVIDIA. This increase is an important step in the Digital Prototyping process as it allows CAE analysts and engineers to create and analyze more design variations in less time, reducing the time to the final digital representation and improving plastic part designs. The CUDA architecture enables the distribution of a computational workload across the GPU's many hundreds of processor cores, resulting in the capability to deliver an unprecedented level of graphics realism at ever increasing speeds. "Only a few years ago, analyzing plastics injection molding in true 3D was a slow process, but now Autodesk Moldflow users can reap the benefits of these new speed gains and reduce analysis times by multiple factors." "Autodesk is absolutely driven to improve the performance of our Moldflow product line, and unlocking the power of NVIDIA Quadro GPUs provided a great opportunity to do so when we developed Moldflow 2010," said Samir Hanna, vice president of Digital Factory and Industrial Design for the Autodesk Manufacturing Industry Group.
Autodesk moldflow insight software#
Moldflow 2010 is the first plastic injection molding software in the computer aided engineering (CAE) market to leverage the revolutionary NVIDIA CUDA parallel processing architecture of the NVIDIA Quadro FX 4800 and Quadro FX 5800 GPUs, which has resulted in a more than 2X performance increase. This result can be used to show the effect of gas concentration and bubble growth on the viscosity of the polymer.Autodesk Moldflow Insight 2010 is one of the latest applications to add support for GPGPU computing, the new version of this plastics injection molding software suite has adopted the NVIDIA CUDA technology to deliver big increases in performance: Part of the Autodesk solution for Digital Prototyping, Autodesk Moldflow software simulates the injection molding process to predict the flow behavior of plastic, allowing customers to help simulate and optimize their plastic parts and associated molds and achieve higher-quality and more profitable manufacturing. Since the gas concentration changes over time, the viscosity of the polymer will change. In Part 2 of Understanding Warpage and Shrinkage in Moldflow Insight, Beth and Kristen discuss the different warpage process settings depending on your mesh. After the gas is injected, the viscosity decreases. The 3D viscosity result is more accurate than the fast algorithm or the finite difference algorithm because actual values are being determined at each node of the solid model.įor microcellular analyses, the presence of gas bubbles changes the viscosity of the polymer. The values calculated by the program are the actual viscosity values for the tetrahedral elements, or nodes and represent a real case injection molding scenario. The results are calculated from the viscosity distribution across the molten (above transition) part of the cavity.įor a Fill analysis using 3D analysis technology, viscosity is calculated for each tetrahedral element or node throughout the model. In general, as the temperature and shear rate that the polymer experiences both increase, the viscosity will decrease, indicating a greater ability to flow under a given applied pressure. The viscosity of polymers is dependant on temperature and shear rate.
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