Orchestrate and automate your simulation toolchains and connect to state-of-the art optimization algorithms to perform parametric design studies and better understand your designs.
Ansys optiSLang is a constantly evolving, leading-edge answer to the challenges posed by CAE-based Robust Design Optimization (RDO). Its state-of-the-art algorithms efficiently and automatically search for the most robust design configuration, eliminating the slow, manual process that used to define RDO. With optiSLang as your process integration and design optimization solution, you’ll make the right decisions sooner.
Orchestrate and automate your simulation toolchains and connect to state-of-the art optimization algorithms to perform parametric design studies and better understand your designs.
Accelerate searches for the best and most robust design configuration by automating the search process with interactive visualization and AI technologies. State-of-the-art algorithms for design exploration, optimization, robustness and reliability analysis let you make better decisions with less effort using design optimization software.
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Ansys optiSLang enables a simulation of loads based on fast and cost-effective measurable signals for an efficient assessment of changes to the drivetrain configuration without the repetition of expensive driving tests.
Multi-Body Simulation of Truck Mountings on Rough Road Conditions
Ansys optiSLang enables a simulation of loads based on fast and cost-effective measurable signals for an efficient assessment of changes to the drivetrain configuration without the repetition of expensive driving tests.
Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries
July 2025
Ansys optiSLang 2025 R2 introduces significant advancements across its core platform, connectivity, and algorithmic capabilities, enhancing the efficiency and integration of simulation-driven optimization workflows.
The base update empowers engineers to perform direct optimization within their solvers, supporting up to 10 parameters and leveraging Ansys Workbench with basic optimizers and meta-modeling, streamlining early-stage design exploration.
In the connectors and workflow domain, the release expands interoperability through new project export options and connectors, enabling seamless integration with tools such as Ansys ConceptEV, Ansys Thermal Desktop, and Ansys SimAI.
The interfaces and algorithms update introduces PyOptiSLang v1.0, consolidating all connectors into a unified environment and enhancing algorithmic capabilities, MOP signal completion, and availability of Ansys Engineering Copilot directly into the optiSLang UI/UX.
Ansys optiSLang提供流程集成和设计优化解决方案，可自动执行鲁棒性设计优化流程的关键方面。optiSLang将多种CAX工具和不同的物理特性连接到一个全面、多学科的优化方法中。此外，它还支持仿真流程的标准化和共享，使新员工和仿真初学者能够更直接地访问仿真。借助这一强大的工具集，您的整个工程师和设计师团队可以更好、更完整地了解其设计，并更快做出正确的决策。
optiSLang支持与各种CAx程序集成，并提供强大的RDO工具，以更快地获得关键洞察
optiSLang软件包和许可
我们提供包括Ansys optiSLang Premium和Enterprise许可类别，您可以选择最适合您需求的产品。通过Premium产品，用户能够访问广泛的仿真工作流程自动化和优化功能。用户需要持有Enterprise许可证，才能构建自动化应用程序，并执行更多的并行变量分析。optiSLang AI+附加组件可实现利用AI进行元建模，并可以添加到Pro、Premium或Enterprise软件包中。
| 功能 | DesignXploration-BASE | oSL Pro | oSL Premium | oSL Enterprise | oSL AI+ |
|---|---|---|---|---|---|
| 几何结构 | |||||
| 参数、约束和目标数量 | ≤ 10、≤ 5、≤ 2 | 没有限制 | |||
| 基础DOE能力 | |||||
| 基础优化器（NLPQL、EA） | |||||
| 基础响应面法 | |||||
| 高级优化器 | + | ||||
| 高级DOE和MOP | + | ||||
| 鲁棒性设计和可靠性分析 | |||||
| 信号UQ，2D/3D | |||||
| 基于场的元模型建模（2D/3D） | |||||
| 高级标量和信号元模型建模 | |||||
| 流程集成和工作流程协调 | |||||
| 嵌入在Ansys中* | |||||
| 构建和自动化工作流程 | |||||
| Ansys工具连接器 | |||||
| 通用脚本和基于文本的连接器 | |||||
| 集成第三方工具连接器 | |||||
| 应用生成 | |||||
| 并发设计求解许可 | +3 | +7 | |||
运行optiSLang后处理器时，需要根据“Design Studies“中列出的方式获取许可证
*对于2025 R2版本：optiSLang可在Workbench、Electronics Desktop和Fluent中使用。LS-OPT可以通过optiSLang Pro启用
OPTISLANG RESOURCES & EVENTS
Join us for an exclusive preview of Ansys optiSLang's latest advancements, including direct solver optimization and new integrations to enhance your design efficiency.
Integrate and optimize simulation workflows across CAE tools (e.g. HFSS, Workbench, AEDT). This series covers sensitivity analysis, design exploration, reliability, robustness, and workflow automation.
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