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General -purpose bicametic fluid analysis software Ansys Polyflow ™ has a high cost efficiency by understanding the fluid of bicrobewinders with different behaviors from normal fluids, accelerating the design and reducing the required amount of energy and raw materials. We support sustainable manufacturing in terms of environment. ■ Efficient and flexible workflow Ansys PolyFlow is completely integrated into the Ansys® Workbench ™ environment. Ansys Workbench is a platform designed for efficient and flexible workflows, coordination with CAD, modeling of shape modeling and meshing. The built -in parameter manager makes it easier to explore multiple design options quickly. ■ For the development of excellent packaging By implementing virtual prototyping using Ansys Polyflow, you can more model the manufacturing process and accurately test design behavior and durability. You can take corrections and design high -performance and lightweight packaging quickly and with expense efficiency. ■ Improving the efficiency of the extruding line In order to satisfy the strict tolerance errors required in the market, some companies use trial and error methods for (co -op) extruded plastic and rubber cross sections. This method requires a lot of time and cost, which can adversely affect the environment. By using an engineering simulation that contains anSys's proprietary dies, it is possible to reduce repetition due to trial and error of the extruding line. In addition, the insight of the simulation obtained from the visualization of the polymer flow can quickly solve unexpected problems. ■ Improvement of performance by digital material laboratory Ansys Polyflow is useful for examining the behavior of new plastic and elastomers for a wide range of use, such as extruding, blow molding, heat molding, film molding, compressed molding, vacuum molding, and fiber spinning. The simulation allows you to test new resins, even before manufacturing physically. It is possible to reverse resin to maximize the performance of the final product while minimizing the impact on cost and environment. ANSYS offers a huge library for mathematical material models that are useful for simulating various materials. ■ Functional ・ Musecular fluid analysis solver by the finite element method ・ 2D / 3D ・ Statate / Incurable ・ A wealth of non -Newton / bicroach model ・ Cuttering speed dependent (Bird-Carreau Law, Power Law, Bingham Law, HERSCHEL-BULKLEY LAW, CROSS LAW, CARREAU-YASUDA LAW etc.) ・ Veiling model (differential type: UPPER-CONVECTED MAXWELL, OLDROYD-B, White-Metzner, Phan-THIEN-TANNER, GIESEKUS, Leonov, etc.) ・ Mecal model (integral: Doi-edwards, kbkz) ・ Temperature dependency function (Arrhenius Law, Fulcher Law, WLF Law, Mixed-Dependence Law etc.) ・ Automatic fitting from actual measurement data to any physical model type type (attached tool POLYMAT) ・ Powerful free surface analysis by the ALE method ・ Contact judgment function between fluid-solid (mold) ・ Adaptive messing ・ MST (Mesh SuperPusion Technique)
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The next CFD solution integrated thermal fluid analysis solution Ansys fluids with a step aheadHandling Company
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