What Is Ansys optiSLang?
With support for design of experiments, sensitivity analysis, metamodels, and uncertainty quantification, Ansys optiSLang is a leading solution for process integration and robust design optimization (RDO) that helps teams explore vast design spaces efficiently.
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Automates CAE workflows
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Connects diverse simulation tools
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Uses advanced algorithms to identify optimal & reliable design configurations
Why Engineers Love optiSLang
Define parameters, constraints, and objectives across your simulation models. Build automated workflows that connect solvers and leverage advanced sampling and optimization algorithms. Analyze results with sensitivity and robustness metrics to select designs with high performance confidence.
Automate Complex Simulation Workflows
Automates multi-tool simulation workflows to run large parametric studies, manage cross-discipline dependencies, and eliminate manual, error-prone setup.
Better Design Decisions using Data
Applies DOE, sensitivity analysis, and correlation methods to reveal the parameters that drive performance and guide data-backed design decisions.
Designed for Robust Performance
Enables robust design optimization and uncertainty quantification to ensure performance holds under real-world variability and tolerances.
optiSLang Capabilities: Enhance Your Workflow
Through the use of AI and advanced programing, optiSLang offers powerful design optimization and seamless integration with existing software for efficient engineering simulation.
Process Automation & Integration
Connect simulation tools, scripts, and databases into repeatable workflows.
Design of Experiments (DOE)
Efficiently sample and explore high-dimensional design spaces.
Sensitivity & Correlation Analysis
Identify impactful variables driving performance.
AI-Assisted Metamodeling
Build surrogate models for faster prediction and deeper insight.
How optiSLang Works in Your Process
With optiSLang working in your design process, the impossible becomes the standard
| Without optiSLang | With optiSLang | |
|---|---|---|
| Parameters | Manual parameter changes and spreadsheet-based tracking | Centralized definition of parameters, constraints, and objectives across all models |
| Workflow | Isolated solver runs with disconnected workflows | Automated, integrated workflows connecting multiple solvers and tools |
| Exploration | Trial-and-error parametric sweeps | Structured Design of Experiments (DOE) and advanced optimization algorithms |
| Insight | Limited visibility into variable influence | Built-in sensitivity analysis identifying key performance drivers |
| Robustness | Optimized for peak performance only | Robust design optimization accounting for variability and uncertainty |
| Efficiency | Slow iteration cycles and higher risk of redesign | Faster convergence with data-backed decisions and quantified confidence |
One Platform to Conquer Every Challenge
Used across industries by companies of all sizes for superior design optimization.
FAQ
Frequently asked questions about Ansys optiSLang.
See optiSLang Advance Your Workflow
Get a personalized demo, free trial, or tailored quote designed around your simulation environment and optimization goals.
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