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Siemens Star CCM 2020.3.1 Win

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发表于 2022-2-27 12:34:50 | 显示全部楼层 |阅读模式
   
   
Siemens 公司最近发布最新版:Star CCM  2020!全球最全面的单一集成软件环境内工程模拟STAR-CCM  不仅仅只是一个 CFD 求解器,它还是一个解决流体或固体流、传热和应力等相关问题的完整工程过程。STAR-CCM  在解决与多物理和复杂几何形状相关的问题方面拥有无可比拟的优势。 STAR-CCM  可在单个程序环境中利用最少的用户投入生产高质量的结果,为此它获得了用户的广泛好评。Designed to fit easily within your existing engineering process, STAR-CCM  可与用户现有的工程流程兼容,帮助用户实现模拟工作流的全自动化,并利用最少的用户互动执行迭代设计研究。这样有助于工程师花更多时间在实际的工程数据分析上,同时节省更多准备和设置模拟的时间。以客户满意度为导向的产品Siemens 致力于通过使用工程模拟帮助公司和组织获得成功。 成功的关键因素就是 STAR-CCM 。Siemens Star CCM  2020.x (single precision) | 3.4 GbThe Siemens Digital Industries Software development team is pleased to announce the availability of Simcenter STAR-CCM  2020.3.0. This release provides increased simulation realism, enabling you to accurately model the complexity of today’s products and deliver real innovation.What’s New in Simcenter STAR-CCM  2020.3Find optimal designs using topology optimizationAdjoint-based flow topology optimization is an exciting new way to quickly find ideal designs. With an inbuilt constrained optimization method and an end-to-end workflow, you can now leverage this cutting-edge technology. This allows you to generate highly efficient, and often non-intuitive solutions to your design challenges.Improve accuracy of process simulations coupling CFD and gPROMSImproving chemical processes like spray-drying or mixing requires accurate modeling of complex physics and chemistry. gPROMS is a powerful modeling environment to simulate such processes. You can now easily use CFD simulations from Simcenter STAR-CCM  2020.3 to calibrate a multizonal gPROMS model. This improves modeling accuracy and eliminates uncertainty.Reduce computational cost for hybrid multiphase modelingWith version 2020.3 we’ve introduced an exciting new hybrid multiphase capability. This enables you to more efficiently simulate liquid flows in applications where flow breakup is present, such as vehicle water management or spray cooling. The VOF to Lagrangian transition model resolves the formation of droplets using a Volume of Fluid approach. To track these droplets, the model automatically switches to a Lagrangian method, significantly reducing computational expense and simulation turnaround time.Design better engine combustion systems with liquid film modelingHigh fuel loading in Internal Combustion Engines may cause undesired liquid films to form on surfaces. With version 2020.3 you can now model this phenomenon with Simcenter STAR-CCM  In-Cylinder Solution. This means better understanding of the performance impacts of high fuel loading, including emissions and pool fires, and leads to better combustion system design.Speed up simulations of free surface flows with droplets or bubblesSimcenter STAR-CCM  2020.3 also introduces the mixture multiphase large-scale interface model: a new approach to simulate free-surface flows with droplets or bubbles for applications like gear lubrication. This approach removes the need to resolve all relevant scales in the mesh, bringing faster and more accurate answers.Improve accuracy of unsteady RANS simulations at no additional costFinally, the new scale-resolving hybrid turbulence model helps capture more small-scale turbulent structures in an unsteady RANS simulation. This means, for example, increased fidelity of your transient aerodynamics simulations without additional computational cost.Product:  Siemens Simcenter Star CCM Version:  2020.3.0 Build 15.06.007Supported Architectures:  x64Website Home Page : http://mdx.plm.automation.siemens.com/Language:  multilanguageSystem Requirements: PC *Size:  3.4 Gb
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