ANSYS optiSLang 7.3.0.52867

The Dynardo team is pleased to announce the availability of ANSYS opiSLang 7.3.0, the optimal combination of parametric modeling and Robust Design Optimization (RDO).

ChangeLog: ANSYS optiSLang - Version 7.3.0:

General
- Support of ANSYS Release 2019 R1
- Parameterizable root system
- Parametric Systems can write an omdb-file
- Signal MOP: Removed beta state
- Fileprovider: Extended actions and options
Algorithms
- New distribution functions available: Lambda, Multiuniform
- FORM: Extended for multiple beta points
- ISPUD: Using Start designs in multiple densities
Integrations
- New: optiSLang node
- AEDT node supports: Maxwell2D, Maxwell3D, HFSS, Simplorer, RMxprt, Q3D
- ETK ANSYS supports binary file formats up to MAPDL V19.3
Customization
- Python API: Allow to set custom settings
- MOP: Removed beta state for custom surrogates
- Integrations: Added name filter for inputs and outputs
Postprocessing
- New: Palette dialog
- New: Box-Whisker Plot
- Spider Plot: Removed beta state
- Show first and total effect indices of MOP analysis
Wizards
- Solver Wizard: Allow creation of solver chain in root system


About ANSYS optiSLang. ANSYS optiSLang combines leading simulation technology of ANSYS with optiSLang’s powerful capabilities in variation analysis and process automation. By building CAx-workflows for automatic design variation studies (sensitivity analysis, optimization and robustness evaluation), virtual product development becomes more efficient. Thus, better products can be developed in shorter time.

Modes of interoperability with ANSYS

The process integration and workflow building capabilities of optiSLang offer a distinguished support of ANSYS simulation tools. There exist 3 major ways to integrate ANSYS tools into optiSLang workflows and/or to use ANSYS’ powerful parametric modeling with optiSLang’s algorithms:

- In ANSYS Workbench: the optiSLang Workbench plugin makes optiSLang technology available inside the powerful simulation platform
- ANSYS Workbench node: The direct integration node enables the use of ANSYS Workbench projects in optiSLang workflows
- Using graphical programming capabilities of optiSLang to combine ANSYS CAE with third party CAE/CAD tools for process automation and workflow building

How to conduct a multidisciplinary and multiobjective optimisation with optiSLang inside ANSYS Workbench in virtual product development.


About Dynardo. The Dynardo GmbH develops software for CAE-based sensitivity analysis, multidisciplinary optimization and robustness evaluation in virtual product development, civil engineering and geomechanics. The company also offers in cooperation with global distributors consulting and FE-calculation services as well as support and training. Due to this combination, Dynardo achieves in various industries a high amount of flexibility referring to special market requirements in the CAE-sector.

Product: ANSYS optiSLang
Version: 7.3.0.52867
Supported Architectures: x64
Website Home Page : www.dynardo.de
Language: english
System Requirements: PC / Linux
Supported Operating Systems: Windows 7even or newer and Server 2012 R2 / Red Hat Enterprise Linux (RHEL) 6.7, 6.8, and 6.9, Red Hat Enterprise Linux (RHEL) 7.1, 7.2, and 7.3 (64-bit), SUSE Enterprise Linux Server (SLES) 11 SP3, and SP4, SUSE Enterprise Linux Server & Desktop (SLES / SLED) 12 SP0 SP1, and SP2, CentOS 7.3
Software Prerequisites:optiSLang 7.3.0.52867 Standalone > Win/Linux 64-bit, optiSLang 7.3.0.52867 ANSYS Win64 plugin > ANSYS 15.0-19.3 (2019R1) Win64, optiSLang 7.3.0.52867 ANSYS Linux64 plugin > ANSYS 15.0-19.2 Linux64, optiSLang 7.3.0.52867 plugin for MS Excel > MS Excel 200 and above
Size: 1.7 Gb