HyperStudy is a multi-disciplinary design exploration, study and optimization software. Using HyperStudy, users can gain insight into their applications, make better design decisions and optimize the performance, reliability and robustness of their systems.
The design of the tool as a wizard makes it very easy to learn and use. Its seamless integration with HyperWorks enables direct model parameterization including shape parameterization and direct result reading of the output files of solvers such as RADIOSS, MotionSolve, AcuSolve, Abaqus, Adams, Ansys, LS-Dyna, and Nastran. For other solvers, definition of solver input data as design variables and extraction of solver output data as responses can also be done easily. For complex mathematics, HyperMath, Python or Templex is also available.
HyperStudy Post-Processing module contains display, analysis and data mining capabilities that helps engineers to overcome the challenging task of extracting relevant information from multi-run studies. With its unique and powerful suite of tools, simulation results can be analyzed, sorted and studied effectively in HyperStudy.
Benefits
Using HyperStudy, users can
| • | study the effects of design changes on design performances efficiently |
| • | assess the robustness of designs and obtain guidance necessary to achieve robust designs |
| • | perform multi-disciplinary optimization studies for different attributes of a design |
| • | perform system identification and correlation studies |
| • | minimize time-to-market by methodologically identifying design direction for difficult problems |
| • | Perform quick trade-off studies in HyperStudy UI or in Excel spreadsheet using HyperStudy’s Fit Trade-off Excel Plug-in |
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