Performance improvements include reduced solution time for Simulation studies with certain features, solver improvements (Direct Sparse and FFEPlus for static and nonlinear studies, availability of a new solver (Intel equation solver) for large problems), and the option to run selected Simulation studies.
Performance enhancements include:
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A new solver powered by Intel is available for static, thermal, frequency, linear dynamic, and nonlinear studies. In the study properties dialog box, under Solver select Intel Direct Sparse. By leveraging enhanced memory-allocation algorithms and multi-core processing capability, the Intel Direct Sparse solver improves solution speeds for simulation problems that are solved in-core.
- For studies with multiple sheet metal bodies that are converted to shell bodies, the processing time between meshing and solver launch has been improved significantly. This improvement leads to an overall reduction of solution time by approximately 5x to 9x.
- The overall processing time for detecting bonding and no-penetration contacts has been decreased.
- Improved performance for the FFEPlus solver by introducing new element types for the formulation of connectors, bonding, and no penetration contact.
- Obtaining and displaying progress feedback when using the Large Problem Direct Sparse solver.
- Solution accuracy is improved for linear static studies that have soft springs applied to shells and the large displacement option active.