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Focus on
Optimus with JMAG Designer

An on-demand' webinar that highlights
how to optimize electromagnetic devices

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Join to learn how you can

  • easily create an automated engineering workflow, using Optimus to encapsulate JMAG Designer simulation capabilities. In doing so, Optimus automatically recognizes all design parameters and system response variables available in JMAG Designer.
  • accelerate the engineering simulation process, identifying key design parameters by conducting Design of Experiments (DOE) and significantly speeding up simulation throughput through parallel execution of experiments.
  • build and validate meta-models that confidently model system response in all design regions of interest, enabling multiobjective optimization to maximize average output torque and minimize torque ripple of an IPM machine while constraining line-line voltage below 100V.
  • home in on most promising design candidates using industry-proven optimization methods, and applying decision filters to all Pareto-optimal solutions identified by the multiobjective optimization process.

Looking for more in-depth information?

JMAG Designer is used to set up a fully parameterized electromagnetics model that can easily be embedded in a repeatable Optimus simulation workflow.

Optimus captures and automates any electromagnetics simulation workflow - minimizing the computational footprint.

In addition, the simulation process is parallelized thanks to Optimus' parallelization capabilities - taking full advantage of all available CPUs.

Optimus is used to conduct Design of Experiments, allowing for the use of highly effective DOE strategies in combination with parallel execution strategies.

Multiobjective optimization algorithms deliver a set of Pareto-optimal solutions, among which the engineering team can choose the best fit.

Find out much more

Watch this webinar »