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ANSYS
optiSLang is an advanced product development and application plug-and-play solution that greatly enhances the
capabilities of product designers by combining ANSYS Workbench's parametric
modeling capabilities with robust design optimization (RDO) methods. In
general, optiSLang is a tool used for graphical programming as well as integration and automation of
processes. In addition to the installation and MacYou can run and use optiSLang independently, you can also install
it as a plugin for the Unix and Excel software. The suite of tools
optiSLang provides to its users includes modules for conducting sensitive
analyzes and powerful and efficient evaluations that allow engineering teams to
improve their performance in design, analysis and product development. And
identify potential and quality risks.
When you use this software, you will deal with two main elements of the "node" and "communication edges." Nodes can represent input / output, process, and features, while connecting them to manage the workflow / data between nodes and specify the work process.
When you use this software, you will deal with two main elements of the "node" and "communication edges." Nodes can represent input / output, process, and features, while connecting them to manage the workflow / data between nodes and specify the work process.
A
key feature of the software ANSYS Optislang:
- Automatic detection of important parameters affecting the analysis
- automatically create the best regression function of Mac N for correct predictions and more accurate
- providing optimized multi-threaded and multi
- Evaluation Product Design
- Decreasing the number of CAE solvers
- Designing a large number of non-linear RDO parameters and tasks
- Checking the results of the pre-implementation process before the actual implementation
- Intuitive interface
- Integrated with Excel and Ansis environment
- And ...
- Automatic detection of important parameters affecting the analysis
- automatically create the best regression function of Mac N for correct predictions and more accurate
- providing optimized multi-threaded and multi
- Evaluation Product Design
- Decreasing the number of CAE solvers
- Designing a large number of non-linear RDO parameters and tasks
- Checking the results of the pre-implementation process before the actual implementation
- Intuitive interface
- Integrated with Excel and Ansis environment
- And ...
ANSYS optiSLang is a Workbench plug-in that optimizes
your product designs by combining the powerful parametric modeling capabilities
of ANSYS Workbench with Robust Design Optimization (RDO) methods of
optiSLang. The optiSLang toolbox includes modules for sensitivity
analysis, optimization and robustness evaluation that you can easily drag and
drop into a Workbench project to form an interactive process chain. This
process workflow enables your engineering teams to improve product performance,
identify optimization potential, quantify risks and secure resource-efficiency.
In principle, optiSLang is a
tool used for graphical programming, process integration and process
automation. Two important components provide a base for this.
Nodes
Nodes can be separated in Input, Process / Properties and Output.
Connections
Connections are used to manage the data flow between two nodes and trigger the successor node.
All major workflows like specific solver chains, sensitivity, optimization and robustness analysis, as well as reevaluation systems can be created by wizards and extended by user-building as well. Several Tutorials and Examples are available to get started easily.
Here are some key features of "ANSYS optiSLang":
- Automatically identifies important parameters during sensitivity analysis.
- Automatically creates the best possible regression functions (meta models) to accurately predict response variations in a given sample set.
- Provides multidisciplinary and multi-objective optimization.
- Evaluates the robustness of your product design.
- Using the 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 the 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 to interfacing mode at any time.
- Provides full functionality, including support for parameters and responses not extractable or integrated into ANSYS Workbench, eg non-scalable responses such as load displacement curves.
Nodes
Nodes can be separated in Input, Process / Properties and Output.
Connections
Connections are used to manage the data flow between two nodes and trigger the successor node.
All major workflows like specific solver chains, sensitivity, optimization and robustness analysis, as well as reevaluation systems can be created by wizards and extended by user-building as well. Several Tutorials and Examples are available to get started easily.
Here are some key features of "ANSYS optiSLang":
- Automatically identifies important parameters during sensitivity analysis.
- Automatically creates the best possible regression functions (meta models) to accurately predict response variations in a given sample set.
- Provides multidisciplinary and multi-objective optimization.
- Evaluates the robustness of your product design.
- Using the 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 the 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 to interfacing mode at any time.
- Provides full functionality, including support for parameters and responses not extractable or integrated into ANSYS Workbench, eg non-scalable responses such as load displacement curves.
More info (open / close)
required system
Windows : 7even, 8.x, 10, Server 2012 R2
Software Prerequisites: optiSLang 6.1.0.43247 Standalone> Win / Linux,
optiSLang 6.1.0.43247 plugin for ANSYS 14.0-18.2> ANSYS 14.0-18.2 Win / Linux,
optiSLang 6.1.0.43247 plugin for MS Excel> MS Excel 2007 and above
Software Prerequisites: optiSLang 6.1.0.43247 Standalone> Win / Linux,
optiSLang 6.1.0.43247 plugin for ANSYS 14.0-18.2> ANSYS 14.0-18.2 Win / Linux,
optiSLang 6.1.0.43247 plugin for MS Excel> MS Excel 2007 and above
Specifications
Manufacturer: Dynardo - dynamic
software & engineering
File size: 503 MB Release Date: 13:33 - 1396/5/29 | 20/08/2017 Source: PC Download / Www.p30Download.ir rating:
File size: 503 MB Release Date: 13:33 - 1396/5/29 | 20/08/2017 Source: PC Download / Www.p30Download.ir rating:
Installation guide
1. Install the software.
Copy and replace the contents of the Cracked File folder at the software installation location (default path of C: \ Program Files \ Dynardo \ ANSYS optiSLang).
3. Copy the dynardo_SSQ.dat file at the desired location of your system memory (such as C: \ Program Files \ Dynardo).
4. Create a local variable:
4-1- Click Mycomputer and click on the System Properties -> Advanced -> Environment Variables
4-2- In the System Variables section, click New .. Create a variable with the following properties:
Variable name: DYNARDO_LICENSE_FILE
Variable value: Full path to the file dynardo_SSQ.dat (default path C: \ Program Files \ Dynardo \ dynardo_SSQ.dat)
Run the dynardo_SSQ.dat file and let it apply the necessary changes in the registry.
6. Restart the system.
7. You can use the software without any restrictions.
Copy and replace the contents of the Cracked File folder at the software installation location (default path of C: \ Program Files \ Dynardo \ ANSYS optiSLang).
3. Copy the dynardo_SSQ.dat file at the desired location of your system memory (such as C: \ Program Files \ Dynardo).
4. Create a local variable:
4-1- Click Mycomputer and click on the System Properties -> Advanced -> Environment Variables
4-2- In the System Variables section, click New .. Create a variable with the following properties:
Variable name: DYNARDO_LICENSE_FILE
Variable value: Full path to the file dynardo_SSQ.dat (default path C: \ Program Files \ Dynardo \ dynardo_SSQ.dat)
Run the dynardo_SSQ.dat file and let it apply the necessary changes in the registry.
6. Restart the system.
7. You can use the software without any restrictions.
download links
File password www.p30download.com
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