利用表现突出的特性和功能获得竞争优势，从而充分发挥自己模型的价值。强大的分析工具将会增强从仿真中获得的知识，例如，通过使用线性频谱分析工具深入了解基础的物理现象。此外，您可以通过应用程序灵活地根据自己的应用来定制用户界面和处理，从而丰富自己的系统分析。
做出正确的决策并找到正确的性能折衷点是系统仿真的主要目的，这也是 Simcenter Amesim 附带了无缝集成式优化和设计探索工具的原因。此外，一组功能齐全的 API 也为自动创建草图和添加仿真多功能性提供了可能。所有这些功能都来自一个用户友好的软件包，该软件包将用户体验和可学习性放在了十分重要的位置。
利用表现突出的特性和功能获得竞争优势，从而充分发挥自己模型的价值。强大的分析工具将会增强从仿真中获得的知识，例如，通过使用线性频谱分析工具深入了解基础的物理现象。此外，您可以通过应用程序灵活地根据自己的应用来定制用户界面和处理，从而丰富自己的系统分析。
做出正确的决策并找到正确的性能折衷点是系统仿真的主要目的，这也是 Simcenter Amesim 附带了无缝集成式优化和设计探索工具的原因。此外，一组功能齐全的 API 也为自动创建草图和添加仿真多功能性提供了可能。所有这些功能都来自一个用户友好的软件包，该软件包将用户体验和可学习性放在了十分重要的位置。
Virtually evaluate the design of your product and frontload decisions using fully integrated analysis tools and methods within Simcenter. Advanced plotting facilities help you accurately understand the performance of your system in both time and frequency domains. You can use built-in graphs to conduct studies such as transient simulation, linear analysis, spectral analysis and energy distribution. You can also complete your understanding thanks to the use of our 2D and 3D animation tools.
Leverage the use of your models across departments from CAE specialists and application experts to transverse project engineers and global analysts. Simcenter enables you to quickly create custom applications that ease the use of in-house engineering expertise for dedicated components and systems. In addition, our software enables you to enhance your model by adding metadata such as model history or modelling assumptions for instance.
Optimize your multi-physics system simulation effectively and easily. Whether used for design or validation, system models can give you access to global parameters that directly influence overall behavior. Simcenter integrates tools for design exploration, optimization and robustness analysis. The models can be processed within HEEDS and other well established third-party process integration and design optimization tools for advanced studies and better process integration.
Benefit from a modern user interface designed with the best user experience in mind, and optimized for scalability. Simcenter includes a set of features aimed at simplifying the everyday life of users, such as supercomponents, experiments, the batch run capability, and many other usability-oriented functionalities. In addition, you can implement complex logic into models with the help of statecharts, which allow users to define and control model states via conditional transitions.
Automate simulations and build Simcenter-based applications to meet your specific needs. The software provides a complete set of scripts that support application programming in popular programing languages like Python, MATLAB, Scilab and Visual Basic for Applications (VBA). It enables you to automate interaction with models: set up batch runs, perform complex pre-processing and post-processing, carry out parameter studies or integrate a Simcenter model within an external application.
