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/- oSP3D Tutorials Overview
- Basic oSP3D Tutorials
- Importing and Visualizing an FEM Mesh
- Importing Field and Scalar Data
- Analyzing Imported Field Data
- Creating and Analyzing Random Fields
- Creating and Analyzing Field-MOPs
- Exporting Scalar and Field Data
- How-To oSP3D Tutorials
- Importing Field Data from Ansys Mechanical
- Importing Scalar Data from a Third-Party DOE
- Importing Scalar Data from an optiSLang DOE
- Importing Field Data from an Unsupported Solver
- Using a Field as a Field-MOP Input to Generate RF Amplitudes in oSP3D
- Using a Field as a Field-MOP Input to Generate RF Amplitudes in optiSLang
- Performing Hot Spot Analysis
- Ansys Workbench Integration Tutorials
- optiSLang Integration Tutorials
- Analyzing 1D Signal Data Using a Signal-MOP in optiSLang
- Reviewing the Simulation Model Description for the Wedge Splitting Test
- Setting Up the Simulation Solver Chain in optiSLang
- Parsing Input Parameters
- Defining Input Parameter Ranges
- Defining Output and Reference Signals
- Defining Signal Functions
- Defining the Optimization Objective
- Defining the Solver Call
- Creating a Signal-MOP in optiSLang
- Optimizing the Signal-MOP
- Analyzing an Ansys Mechanical Project in optiSLang
- Evaluating Field-MOPs in optiSLang
- Analyzing 2D Performance Maps in optiSLang
- Advanced Field-MOP Tutorials
- Measurements and Noise Tutorials
- Using RPCA (Robust Principal Component Analysis) to Filter Noise
- Importing and Analyzing Measured Geometries
- Creating Imperfect Geometries
- Performing Uncertainty Quantification Based on Measured Geometries
- Summary of the Solution Steps for the Uncertainty Quantification
- Preparing the Mesh of the Nominal CAD Geometry
- Importing the Mesh Data File and STL Scan File into oSP3D
- Using the Morphing Script in a Mechanical Solve
- Observing Differences Between the Nominal Geometry and Real Geometry
- Aligning the STL and CAD Geometry Files in SpaceClaim
- Applying Displacement of Nodes of a Mesh by Measurement on Another Geometry