Simcenter Hyperstudy is a multidisciplinary design exploration and optimization platform empowering engineers to maximize performance and ensure product robustness within a solver-neutral environment.
Leveraging automated workflows, advanced mathematical methods and data mining, it enables teams to navigate complex design spaces, uncover trends, conduct trade-off studies and optimize reliability across multi-physics constraints.
Evaluate hundreds of design alternatives automatically using DOE and sweep studies. Identify high-impact parameters early and compress engineering cycles without writing a single line of code.
Run multidisciplinary optimization spanning structural, thermal, CFD and electromagnetic domains in one unified study. Achieve balanced, real-world performance across all engineering constraints.
Quantify the impact of variability and operating uncertainty using stochastic and reliability analyses. Deliver designs that perform consistently, from prototype to production.
Simcenter Hyperstudy offers industry-proven DOE methods like Full Factorial, Latin Hypercube, Hammersley sampling and more to explore design spaces and identify influential variables across structural, electromagnetics, CFD, thermal and multi-body dynamics disciplines. Exchangeable fit models between experts facilitate multidisciplinary exploration, reducing simulation runs needed to reach an optimal design.
Simcenter Hyperstudy delivers a full suite of optimization algorithms for single- and multi-objective problems with continuous, discrete or mixed variables. Define competing objectives across disciplines and automatically converge on Pareto-optimal solutions that balance performance, mass and cost within a single, unified optimization workflow.
Account for real-world variability in manufacturing tolerances and operating loads using probabilistic stochastic studies. Simcenter Hyperstudy propagates input uncertainty through simulation models to yield statistical output distributions. Identify failure risks, target Six Sigma performance levels and deliver designs that are robust across all operating conditions.
Simcenter Hyperstudy streamlines the study process through a guided step-by-step workflow, managing runs and extracting results, including multi-execution solver support and HPC integration. Intelligent design variants are created, while data mining and post-processing capabilities help engineers understand complex design problems. Reports and archives simplify exploration of large design datasets.
