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Understanding the motion of liquids and gasses is crucial in many branches of engineering. Until recently, studies of fluids in motion were confined to the laboratory, but with the rapid growth in processing power of the personal computer, software applications now bring numerical analysis and solutions of flow problems to the desktop. In addition, the use of common interfaces and workflow processes make fluid dynamics accessible to designers as well as analysts.
Computational Fluid Dynamics (CFD) has become an integral part of the engineering design and analysis environment of many companies who require the ability to predict the performance of new designs or processes before they are ever manufactured or implemented.
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• Engineering Fluid Dynamics (EFD) is a different breed of Computational Fluid Dynamics (CFD) software that helps mechanical design engineers analyze and optimize complex fluid flow and heat transfer processes across a wide range of products and industries. FloEFD is based on the same mathematical foundation and numerical simulation in fluid dynamics as traditional CFD software, but 7 key technologies set FloEFD apart, making it quicker and easier to use, more robust, and more accurate. .
FloEFD is designed for use by engineers and is radically different from traditional CFD software in that it completely removes the complexities of numerical/mathematical schemes and computational mesh creation from the user, allowing engineers to focus on optimizing their designs in the shortest possible time. Also since FloEFD is embedded in CAD it uses 3D MCAD models directly – without the need for translation or data transfer. The FloEFD suite has been used in the design of various products from across a wide range of industries such as aerospace, automotive, medical devices, industrial machinery and pumps/ valves.
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