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.
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.
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.
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 是一種流程整合和設計最佳化解決方案，可自動執行穩健設計最佳化流程的關鍵方面。 optiSLang 將多個 CAx 工具和不同的物理學連接到一個整體的、跨領域的最佳化方法中。此外，還允許標準化和共享模擬程序，使新員工和模擬新手能更直接地存取模擬。利用此強大的工具集，您的整個工程師和設計人員團隊可以更好、更全面地瞭解他們的設計，並更快地做出正確的決策。
optiSLang 支援與多種 CAx 程式整合，並提供強大的 RDO 工具，以更快地獲得關鍵見解
optiSLang PACKAGING & LICENSING
Ansys optiSLang 高級版和企業版授權類別允許您選擇最適合您需要的產品。這項高級版產品可讓使用者存取廣泛的模擬工作流程自動化與最佳化功能。任何使用者都需要企業版授權來建立應用程式，以及執行數量相當多的並行變化。optiSLang AI+ 附加元件可運用 AI 進行中繼建模，並可附加至Pro、Premium 和 Enterprise 套件。
| 功能 | DesignXploration-BASE | oSL Pro | oSL Premium | oSL Enterprise | oSL AI+ |
|---|---|---|---|---|---|
| 幾何 | |||||
| 參數、限制條件、目標數量 | ≤ 10, ≤ 5 , ≤ 2 | 無限制 | |||
| 基礎確定性 DOE | |||||
| 基礎最佳化器 (NLPQL, EA) | |||||
| 基礎響應曲面方法 | |||||
| 進階最佳化器 | + | ||||
| 進階 DOE 與 MOP | + | ||||
| 穩健設計與可靠性分析 | |||||
| 適用於 2D/3D 訊號的 UQ | |||||
| 欄位中繼建模 (2D/3D) | |||||
| 適用於純量與訊號的進階中繼建模 | |||||
| 程序整合與工作流程協調 | |||||
| 內嵌於 Ansys 中* | |||||
| 建立並自動化工作流程 | |||||
| Ansys 工具連接器 | |||||
| 通用腳本與文字型連接器 | |||||
| 整合第三方工具連接器 | |||||
| 應用程式產生 | |||||
| 並行求解器變體授權 | +3 | +7 | |||
執行 optiSLang 後處理器需要根據「設計研究」中列出的方式取得授權
*25R2 狀態：optiSLang 已整合進 Workbench、Electronics Desktop、Fluent。LS-OPT 功能已隨 optiSLang Pro 啟用
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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