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CAE.CFD.FEA

ANSYS opiSLang 5.2

optiSLang optiSLang ANSYS Workbench PyAnsys とは PyAnsys Ansys Rocky tutorial pidoツール Ansys Granta Materials Data for Simulation PyDYNA

cadcamaec@protonmail.com2024-01-06CAE.CFD.FEA85

CAE-basedsensitivityanalysis,multidisciplinaryoptimizationandrobustnessevaluationinvirtual

CAE-based sensitivity analysis, multidisciplinary optimization and robustness evaluation in virtual product development, civil engineering and geomechanics

ANSYS opiSLang is a Workbench Plug-in that optimizes your product designs by combining the powerful parametric modeling capabilities of ANSYS Workbench with the Robust Design Optimization (RDO) methods of optiSLang.

- Automatically identifies important parameters during sensitivity analysis.
- Automatically creates the best possible regression functions (meta models) to accurately forecast response variations in a given sample set.
- Provides multidisciplinary and multi-objective optimization.
- Evaluates the robustness of your product design.
- Uses optiSLang’s minimalist philosophy to reduce the number of CAE solver runs.
- Enables you to design for large numbers of parameters and non-linear RDO tasks.
- Allows you to pre-define attributes of pre-processing results for greater efficiency and insight.
- Gives you flexible, text-based interfacing tools that can connect ANSYS products — or any scriptable products — that may be part of your engineering process.
- Interfaces between optiSLang GUI and parametric ANSYS Workbench models via optiSLang’s ANSYS Workbench integration node.
- Easily switches from Workbench integrated to interfacing mode at any time.
- Provides full functionality, including support for parameters and responses not extractable or integrated in ANSYS Workbench, e.g. non-scalable responses such as load displacement curves.
- Gives you increased flexibility to include 3rd party solvers — as well as ANSYS technology — in the process chain.