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The Siemens Community Catalyst program was co-created with our community to acknowledge technology leaders who consistently contribute to the Siemens Community. Nominations are accepted on a rolling basis.
Hi everyone, I am checking the resources that Simlab provides for parallel computation and I can not find a lot about this topic. Could anyone address me to something useful to run several (parametric) simulations simultaneously? If not, would it be possible to make a seminar about this topic, as I think that many of us…
Hi everyone, I am running a big simulation in Simlab and it takes a huge time to finish as it needs to go through several parameters to be completed. Does any of you have a suggestion on how to speed up the computation time? I already set the number of the cores to the maximum, but I still do not see a noticeable…
When I used imposed current with a parametrized current that should change over time, the current does not update over the rotation. It does with a circuit tho. When I go on solver settings→ Results request and a circuit is defined in my case, the software crashes. It does not crush if the current is given through the…
Hi everyone, I get this error when trying to run my simulation: Impossible to detect the magnetic circuit composed by the following bodies: pole_1 These bodies do not respect the connectivity. In order to execute a magnetic circuit cuts check on these bodies, please unmerge them and then you can merge them by groups of…
Welcome to our latest video on the e-Motor Director, a cutting-edge tool designed specifically for electric motor design engineers. In this video, we introduce its powerful capabilities, including its ability to perform Multiphysics optimization. What you’ll learn: Overview of e-Motor Director: Discover how this tool can…
In this video, we introduce you to the powerful capabilities of e-Motor Director, including its ability to perform Multiphysics optimization. Featured Solutions: 1) Implementing PWM Currents Input: Understand how to apply PWM currents input to your e-Motor and run Design of Experiments (DOE) and optimization. 2) NVH…