Contents Print pageExpand/Collapse all1. Introduction to the System Coupling Theory Guide2. Mapping2.. Mapping Process2.. Calculating Mapping WeightsBinary Space Partitioning Algorithm2.. Interpolating Data from Source to TargetGenerating Data on Overlapping LocationsGenerating Data on Non-Overlapping LocationsNon-Overlapping AlgorithmsMapping Algorithms by Mapping Type, Topology, and Region Discretization TypeProfile-Preserving Mapping AlgorithmsShape FunctionsRadial Basis FunctionsElement-Weighted AveragesConservative Mapping AlgorithmsIntersection Algorithm for Surface-to-Surface and Volume-to-Volume MappingIntersection Algorithm for Surface-to-Volume and Volume-to-Surface Mapping3. Supplemental Processing Algorithms3.. Data Reconstruction Algorithms3.. Ramping Algorithm3.. Under-Relaxation Algorithm3.. Quasi-Newton Stabilization AlgorithmUsing Quasi-Newton StabilizationChanging Stabilization Settings in the GUIChanging Stabilization Settings in the CLIEnabling Stabilization for System Coupling in WorkbenchAvailable Stabilization SettingsQuasi-Newton RecommendationsQuasi-Newton Limitations4. Best Practices for System Coupling4.. General Best Practices for Coupled AnalysesBuilding Up to a Coupled AnalysisImproving Mapping QualityEvaluating Convergence and Data Transfer AccuracyImproving the Accuracy of Steady AnalysesImproving the Accuracy of Transient Analyses4.. Improving Coupled Analysis StabilityQuasi-Newton Solution StabilizationData Transfer RampingData Transfer RelaxationParticipant Solution Stabilization Chapter 1: Introduction to the System Coupling Theory Guide »
