1. CFD-CADalyzer CFDRC公司正致力於开发出一种独特的CFD软件﹐它能够轻松地融於产品设计过程──能够连接设计与分析﹐这有助於引导﹐或者促进未来产品的设计开发。该软件被命名为CFD-CADalyzer,它由市场需求﹐尤其是立足长远﹐具有战略思想的客户的需求所产生。 2. CFD-ACE+ CFD-ACE+电子研究设计模块﹕ CFDRC公司为电子领域的研究设计提供了最先进的专业电子散热/电磁兼容模拟分析软件CFD-ACE+。CFD-ACE+支持多尺度、多物理场模拟分析。 CFD-ACE+具有对不同尺度的电子模型进行模拟分析的能力﹐可以模拟分析从电子系统级（如PC机机箱）﹐板级﹐芯片级﹐极微小电子器件级﹐到纳米级的不同尺度的模型。而且CFD-ACE+支持多物理场模拟﹐对一个电子系统模型﹐可以同时进行流动、传热、热应力/ 变形和电磁兼容分析。 3. CFD-FASTRAN CFD-FASTRAN是CFDRC公司专门为航空航天应用所设计的可压缩流动的解算器。CFD-FASTRAN是当前所有为航空航天设计的计算流软件中位於前列的软件。它采用了多种动网格技术﹐可以模拟绝大多数复杂的航空航天中涉及的各种问题﹐比如导弹发射、机动和多级脱离﹐飞行器飞行动力学及所载各种弹体的发射过程研究。CFD-FASTRAN 具有挑战性的功能是将基於密度的可压缩欧拉方程和N-S方程同多体运动动力学、有限反应率化学和非平衡传热学耦合起来﹐解决一系列极为复杂的航空问题。 4. CFD-GEOM CFD-GEOM is CFDRC's state-of-the-art, general-purpose geometry and grid generation system. With an extensive set of geometry creation and manipulation, CAD import, and mesh generation capabilities, CFD-GEOM provides meshes for CFDRC's solver packages CFD-ACE+ and CFD-FASTRAN. It can also be used with other CFD/FEA/CAE packages. Its main capabilities include: Easy-to-Learn, Easy-to-Use Graphical User Interface with highly intuitive point & click operation Extremely fast and efficient multi-block structured, unstructured, hybrid, and body-aligned polyhedral mesh generation Numerous controls for specifying local mesh density and global grid quality Automatic mesh updates after geometry or mesh modification Unlimited undo/redo capability Extensive geometry import capabilities via SAT, IGES, and other formats Numerous tools for creating geometries from scratch and cleaning up dirty geometries imported from other CAD systems Scripting and journaling A unique feature of CFD-GEOM is the support for the scripting language Python. All geometry and mesh functionality is accessible from Python script language, enabling the end-user to create custom parametric script templates for his analysis case. The geometry/mesh templates can be used for automated parametric or optimization runs from SimManager 5. CFD-VIEW 後处理软件CFD-VIEW: CFD-VIEW是CFDRC公司设计的通用後处理软件﹐拥有直观的图形界面﹐用户可以方便的从整个计算域取出点、线、面、体显示模拟结果﹔也可以轻松的制作动画。CFD-VIEW是一个相当完备的後处理工具。 6. CFD-VisCART CFD-VisCART is an adaptive Cartesian mesh generation system for use with the CFD-ACE+ and CFD-FASTRAN flow solvers. CFD-VisCART is ideally suited for extremely complex geometries such as underhood for automotive applications and full aircraft configurations for aerospace applications. Significant advantages of CFD-VisCART are its robustness and ease-of-use. It handles imperfect geometries with holes, overlaps and cracks. Furthermore, it offers solution-based adaptive mesh refinement for obtaining optimal mesh resolution. The main features are: Automated, easy to use and learn grid generation process based on wizard methodology Mesh based geometry import from STL (Stereo Lithography), Plot3D, NASTRAN, FAST, and other formats Geometry creation and editing capability Anisotropic Cartesian Grids for optimal resolution in x, y, or z direction A specialized polyhedral boundary layer mesh of zero (stairstepped), one, or N layers to resolve viscous boundary layers is supported Geometry and/or solution based adaptive mesh refinement 7. CFD-Micromesh 前处理软件CFD-Micromesh: CFD-Micromesh是专门为微电子领域设计的高度自动化的建模及网格生成软件。CFD-Micromesh拥有非常直观的用户图形界面﹐用户可以利用图形库快捷的建立模型﹐也可以从任何电路设计 (EDA) 软件导入模型﹐甚至可以导入GIF, BMP格式的图像来生成模型﹔当基本模型建立起来之後﹐利用CFD-Micromesh的自动划分网格的功能﹐可以快速的生成高质量的计算网格﹐用户可以随意控制各区域网格的疏密。 8. SimManager SimManager The CFD-ACE+ product suite comes with the Simulation Manager (SimManager) software tool, which allows you to perform parametric analysis and optimization studies, and customize and automate your own design process. Using its built-in GUIs and the Python script language, create custom applications based on CFDRC engineering analysis software. SimManager has the following major features: Standard wizards for Parametric Analysis (Design of Experiments), and Optimization with support for Geometric Parameters, Boundary and Volume Conditions, and Simulation Parameters Single (Brent) and Multi-Parameter (Powell, Simplex) Optimization SimManager has the ability to launch and control one or more CFD-ACE+ engineering analysis tools through scripting All CFDRC tool functionality is accessible by means of the Python script language from SimManager. Scripts can be written from scratch or can be created by means of GUI (journaling) Embedded Python interpreter, which allows for incorporation of your own programs into an analysis process. This is useful, for example, for: Addition of new capabilities, such as a control system model Integration of proprietary numerical algorithms Customized GUIs, scriptable plotters, and so on -- 酒 楚王帐里醉听歌﹐北戍迎风夜渡河 避乱草堂须典当﹐谪居赤壁借消磨 愁肠一缕红烛泪﹐壮志孤灯宝剑何 古往今来尽如此﹐无情伴我渐蹉跎 --

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