通过 Simcenter 利用出色的仿真技术。该平台拥有一些数字功能，包括一个公认的解算器、深度性能分析功能以及强大的离散分割和并行处理功能。此外，由于 Simcenter 拥有实时的兼容库，而且经过了大量模型简化工具的简化，所以它还可以覆盖模型在环 (MiL)、软件在环 (SiL) 和硬件在环 (HiL) 等各种阶段。您可以将 Simcenter 模型导出至数量众多的实时目标。
用户友好的 FEA/FEM 和 CAD 导入功能以及与 CFD 或 MBS 工具的众多专用接口确保了 1D/3D 集成无缝顺畅。Simcenter 支持所有采用功能模型接口 (FMI) 标准的耦合模式。其通用的联合仿真接口能够实现与内部代码或旧代码的定制耦合。归根结底，对 Modelica 语言的支持提供了一项关键的优势：您可以将优秀的因果和非因果建模方法融入到同一平台中。
通过 Simcenter 利用出色的仿真技术。该平台拥有一些数字功能，包括一个公认的解算器、深度性能分析功能以及强大的离散分割和并行处理功能。此外，由于 Simcenter 拥有实时的兼容库，而且经过了大量模型简化工具的简化，所以它还可以覆盖模型在环 (MiL)、软件在环 (SiL) 和硬件在环 (HiL) 等各种阶段。您可以将 Simcenter 模型导出至数量众多的实时目标。
用户友好的 FEA/FEM 和 CAD 导入功能以及与 CFD 或 MBS 工具的众多专用接口确保了 1D/3D 集成无缝顺畅。Simcenter 支持所有采用功能模型接口 (FMI) 标准的耦合模式。其通用的联合仿真接口能够实现与内部代码或旧代码的定制耦合。归根结底，对 Modelica 语言的支持提供了一项关键的优势：您可以将优秀的因果和非因果建模方法融入到同一平台中。
Make your product development more efficient in a closed tool chain through interfaces with other external CAx software programs – Simcenter 3D, Simcenter STAR CCM+, and other CAE software. These interfaces allow you to easily benefit from other applications in different domains, such as CAD, CAE, FEA/FEM, CFD, and MBS. Simcenter provides you both advanced coupling features to ensure reliable co-simulation with 3D CAE tools, and import functionalities to integrate CAD geometries or FEA modal data of a structure in your models.
Implement efficient collaboration between system and control engineers at every stage of the development cycle. Most Simcenter libraries are real-time capable, so models can be simplified while preserving physical relevance, through a continuous process, streamlined by powerful model simplification tools. Controls validation is made possible by C-code integration and a Simulink interface. The Automation Connect module connects your “digital twin” model with real or virtual programmable logic controllers (PLCs).
Extend your use of Simcenter with Modelica, the open standard physical systems description language. Not only can you build multi-physics acausal models using tools of the Modelica platform, you can also use Simcenter powerful features to run and analyze the full system. You can develop, enhance and reuse Modelica libraries to describe dynamic multi-physics systems, and combine them seamlessly with the Simcenter native libraries: the best of both worlds in your hands.
Run Simcenter models as exported co-simulation DLLs within your in-house or legacy codes, thanks to the generic co-simulation interface. This interface also enables CPU-efficient co-simulations between distinct Simcenter models through a shared-memory or TCP-IP connection. Moreover, Simcenter supports all the coupling modes of the Functional Mock-up Interface (FMI) standard, both in its 1.0 and 2.0 versions. It therefore interfaces seamlessly with a large and growing number of FMI compatible tools.
Accurately simulate your system by using cutting-edge numerical methods, capable of catching and reproducing dynamic behavior in great detail. The discrete partitioning library and built-in parallel processing features for batch and optimization studies, allow fast and efficient simulations and design space exploration on multicore architectures, as well as specific scripts and libraries for high-performance computing use. The software includes tools such as a performance analyzer, to allow better assessment and understanding of your simulation performance.
Bosch boosts the quality of fuel injection and braking systems with Simcenter Amesim
See all Success StoriesKeith Lang, General Motors's group manager advanced transmission controls, explains how General Motors implements model-based systems engineering a...
In this video Vincent Talon from Renault Nissan explains how the company address not only thermal engine (gasoline and Diesel) engineering challeng...
Eric Wendeberg and Kim Bladh, Senior Technical Consultants at CAE Value AB, explain how they use Simcenter Amesim and Simcenter HEEDS to perform mu...
