Improved performance through innovative developments of completely new solvers, such as the subspace eigensolver for faster computation of eigenmodes and eigenfrequencies in structural analysisīolt thread modeling as a contact, rather than detailed geometry, when the user defines thread properties over a given cylindrical area Other new features in the structural suite include:
Users define spatially dependent material properties for electromagnetic simulation and then couple those results to the structural analysis.
To reduce overall computation time, ANSYS 15.0 facilitates submodeling techniques in the pre-processing workflow so users can create high-fidelity local results while employing a coarser model globally.ĪNSYS 15.0 also introduces a new multiphysics approach to composites simulation to optimize wireless design and thermal management. Simulating composites can require large mathematical solutions. The release extends ANSYS' advanced solution for evaluating product performance of composites materials, which are often used to improve fuel efficiency by reducing weight. Structural Analysis: Advanced Materials Systems Design We continue to extend our leadership in simulation through such innovations as our adjoint solver, HPC scalability and efficient simulation modeling from the micron to the full system." "We've made dramatic upgrades in each of the key physics areas through performance improvements and the introduction of new solver capabilities. "ANSYS 15.0 builds upon our four decades of leadership in engineering simulation software," said Walid Abu-Hadba, ANSYS chief product officer. ANSYS 15.0 also builds on the company's global leadership in high-performance computing (HPC), speeding up already best-in-class performance by a factor of five. The release enhances ANSYS' industry-leading pre-processing capabilities, enabling users to quickly and accurately mesh the widest range of model size and complexity regardless of type of physics simulated.
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