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- Introduction to optiSLang Tutorials
- Sensitivity Analysis of a Coupled Function
- Task Description
- Preparation
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Input File
- Defining the Input Parameters
- Editing the Parameter Properties
- Selecting the Output File
- Defining the Response
- Defining the Optimization Criteria
- Importing the Solver Call File
- Creating the Solver Chain Template
- Saving and Running the Project
- Completing the Sensitivity Wizard
- Running the Sensitivity Analysis
- Viewing the MOP Results
- Adding an Adaptive Metamodel of Optimal Prognosis System
- Configuring AMOP Settings
- Running the Project and Viewing AMOP Postprocessing
- Deactivating Outliers
- Optimization of a Coupled Function
- Sensitivity Analysis of a Coupled Function in Ansys Workbench
- Sensitivity Analysis of a Coupled Function in Microsoft Excel
- Sensitivity Analysis of a Coupled Function in MATLAB
- Sensitivity Analysis of a Coupled Function in Python
- Process Integration of Kursawe Functions
- Sensitivity of Kursawe Functions
- Optimization of Kursawe Functions
- One-Click Optimization of Kursawe Functions
- Prerequisites
- Tutorial Steps
- Opening the Kursawe Process Integration Project
- Running the Multi-Objective Optimization Wizard
- Setting up the System for Multi-Objective Optimization
- Saving and Running the Multi-Objective Optimization
- Updating the Pareto 2D Postprocessing
- Multi-Objective Optimization Strategies
- Adding and Configuring Clusters
- Saving Postprocessing
- Running the Single-Objective Optimization Wizard
- Saving and Running the Single-Objective Optimization
- Viewing the Single-Objective Optimization Postprocessing
- Summary
- Optimization of a Damped Oscillator
- Problem Definition
- Task Description
- Preparation
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Input File
- Defining the Input Parameters
- Editing the Parameter Properties
- Selecting the Output File
- Defining the Response
- Defining the Optimization Criteria
- Importing the Solver Call Files
- Creating the Solver Chain Template
- Saving and Running the Project
- Completing the Sensitivity Wizard
- Running the Sensitivity Analysis
- Completing the Optimization Wizard using the MOP
- Running the MOP Optimization
- Adjusting the Optimization
- Completing the Optimization Wizard using the Adaptive MOP
- Configuring AMOP Settings
- Running the Project and Viewing AMOP Postprocessing
- Robustness Evaluation of a Damped Oscillator
- Task Description
- Prerequisites
- Results of the Deterministic Optimization
- Tutorial Steps
- Opening the Damped Oscillator Optimization Project
- Completing the Robustness Wizard
- Running the Project and Viewing the Robustness Evaluation Results
- Editing limits
- Viewing the Objective Function Results
- Viewing the Constraint Equation Results
- Completing Iterative Robust Design Optimization
- Completing Nested Robust Design Optimization
- Running the Project and Viewing Nested Robust Design Optimization Postprocessing
- Reliability Analysis of a Damped Oscillator
- Task Description
- Prerequisites
- Results of the Robust Design Optimization
- Tutorial Steps
- Opening the Damped Oscillator Optimization Project
- Completing the Adaptive Response Surface Method Robustness Wizard
- Running the Project and Viewing the ARSM-DS Reliability Evaluation Results
- Completing the Importance Sampling Robustness Wizard
- Running the Project and Viewing the ISPUD Reliability Evaluation Results
- Optimization of a Damped Oscillator in Ansys Workbench
- Problem Definition
- Task Description
- Preparation
- Tutorial Steps
- Opening the Workbench Project
- Completing the Sensitivity Wizard
- Running the Sensitivity Analysis
- Viewing the Sensitivity Analysis Results
- Completing the Optimization Wizard using the MOP
- Updating the Project and Viewing Optimization Results
- Adjusting the Optimization
- Completing the Optimization Wizard using the Adaptive MOP
- Configuring AMOP Settings
- Updating the Project and Viewing AMOP Postprocessing
- Robustness Evaluation of a Damped Oscillator in Ansys Workbench
- Reliability Analysis of a Damped Oscillator in Ansys Workbench
- Calibration of a Damped Oscillator
- Problem Definition
- Task Description
- Preparation
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Input File
- Defining the Input Parameters
- Editing the Parameter Properties
- Selecting the Solver Signal File
- Defining the Solver Signal
- Selecting the Reference Signal File
- Defining the Reference Signal
- Defining the Signal Functions
- Defining the Optimization Criteria
- Importing the Solver Call Files
- Creating the Solver Chain Template
- Saving and Running the Project
- Completing the Sensitivity Wizard
- Running the Sensitivity Analysis
- Completing the Optimization Wizard
- Running the Simplex Optimization
- Calibration of a Damped Oscillator in Ansys Workbench
- Problem Definition
- Task Description
- Preparation
- Tutorial Steps
- Opening the Workbench Project
- Connecting a Signal Processing System
- Selecting the Solver Signal File
- Defining the Solver Signal
- Selecting the Reference Signal File
- Defining the Reference Signal
- Defining the Signal Functions
- Completing the Sensitivity Wizard
- Running the Sensitivity Analysis
- Completing the Optimization Wizard
- Running the Simplex Optimization
- Viewing Images in the Post Processor
- Calibration of a Damped Oscillator Using Signals in ABAQUS
- Problem Definition
- Task Description
- Preparation
- Oscillator Model in ABAQUS
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Input File
- Defining the Input Parameters
- Editing the Parameter Properties
- Selecting the Output Data File
- Defining the Output Data
- Selecting the Reference Data File
- Defining the Reference Signal
- Defining the Signal Functions
- Defining the Optimization Criteria
- Defining the Solver Process
- Creating the Solver Chain Template
- Saving and Running the Project
- Alternative Setup for Robust Design Optimization Tutorials
- Alternative Execution Options for the ABAQUS Solver
- Calibration of a Damped Oscillator Using Signals in Ansys Twin Builder
- Calibration of a Damped Oscillator Using Signals in AMESim
- Problem Definition
- Task Description
- Preparation
- Oscillator Model in AMESim
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Input File
- Selecting the Input Parameters
- Defining the Parameter Properties
- Selecting the Output Data File
- Defining the Output Data
- Selecting the Reference Data File
- Defining the Reference Signal
- Defining the Signal Functions
- Defining the Optimization Criteria
- Defining the Solver Process
- Creating the Solver Chain Template
- Saving and Running the Project
- Alternative Setup for Robust Design Optimization Tutorials
- Calibration of a Damped Oscillator Using Signals in Excel
- Problem Definition
- Task Description
- Preparation
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Input File
- Selecting the Input Parameters
- Selecting the Responses
- Defining the Output Signal
- Using Macros
- Editing the Parameter Properties
- Completing the Solver Wizard
- Saving the Project
- Defining the Reference Signal
- Routing the Reference Signal
- Defining the Signal Functions
- Creating the Solver Chain Template
- Calibration of a Damped Oscillator Using Signals in MATLAB
- Problem Definition
- Task Description
- Preparation
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Input File
- Selecting the Parameters and Response
- Editing the Parameter Properties
- Completing the Solver Wizard
- Saving the Project
- Defining the Reference Signal
- Routing the Reference Signal
- Defining the Signal Functions
- Creating the Solver Chain Template
- Calibration of a Damped Oscillator Using SimulationX
- First Steps in Graphical Programming
- Kursawe Functions—Integration of ASCII, Python, MATLAB, and Excel
- Task Description
- Preparation
- Tutorial Steps
- Creating a New Project
- Selecting the Python Input File
- Selecting the Python Parameters and Response
- Editing the Python Parameter Properties
- Defining the Python Optimization Criteria
- Completing the Python Solver Wizard
- Saving the Project
- Starting the MATLAB Solver Wizard
- Selecting the MATLAB Input File
- Selecting the MATLAB Parameters and Response
- Completing the MATLAB Solver Wizard
- Starting the ASCII Solver Wizard
- Selecting the ASCII Input File
- Defining the ASCII Input Parameters
- Selecting the ASCII Output File
- Selecting the ASCII Output Slot Value
- Defining the ASCII Optimization Criteria
- Importing the ASCII Solver Call File
- Completing the ASCII Solver Wizard
- Completing the Excel Integration
- Creating the Solver Chain Template
- Conditional Execution
- Signal Metamodel of Optimal Prognosis
- Solver Execution on a Remote Computer using PuTTY
- Table Internet Application Configurer
- Tutorial Workflow
- Prerequisites
- Preparation
- Creating the Table Load Model using optiSLang
- Creating a New Table Load Project
- Selecting the Input File
- Defining the Input Parameters
- Editing the Parameter Properties
- Selecting the Output File
- Defining the Response
- Adding a New Variable
- Defining the Optimization Criteria
- Importing the Solver Call File
- Finishing the Solver Wizard
- Saving and Running the Table Load Project
- Creating the Table Workflow
- Creating a New Table Workflow Project
- Selecting the Table Top Input File
- Selecting the Table Top Parameters and Outputs
- Editing the Table Top Parameter Properties
- Defining the Table Top Optimization Criteria
- Finishing the Table Top Solver Wizard
- Starting the Table Leg Solver Wizard
- Selecting the Table Leg Parameters and Outputs
- Editing the Table Leg Parameter Properties
- Defining the Table Leg Optimization Criteria
- Finishing the Table Leg Solver Wizard
- Creating the Construction Node
- Saving and Running the First Part of the Table Workflow Project
- Creating the Table Costs Node
- Saving and Running the Second Part of the Table Workflow Project
- Creating the Variable Nodes
- Creating the optiSLang Node
- Saving and Running the Third Part of the Table Workflow Project
- Publishing the Workflow
- While Loop
- Data Export Using Excel Add-In
- Metamodel of Optimal Prognosis from External Data
- Metamodel of Optimal Prognosis Solver in Excel
- Evaluation of the Metamodel of Optimal Prognosis Solver in MATLAB
- Evaluation of the Metamodel of Optimal Prognosis Solver in Python
- Status Overview
- optiSLang in Optimetrics
- Granta MI optiSLang Connector
- Granta MI (Beta)
- AxSTREAM optiSLang Connector
- Task Description
- Preparation
- Tutorial Steps
- Creating a New Project
- Starting the Solver Wizard
- Selecting the Project File
- Selecting the AxSTREAM Installation
- Selecting the Solver Type
- Selecting the Input Data File
- Saving the AxSTREAM Project File with the Designed Flow Path
- Adding an AxSTREAM Node for Geometry Export
- Setting the Parametric Solver System
- Saving and Running the Project
- Running Ansys Workbench with Designed Impeller
- Transferring the Calculation Variables
- Running the Workflow
- Examples