EMS by EMWorks was instrumental in my high school science project. My project required me to find the force produced when a rotating Halbach array is placed above a conductive surface. By carrying out multiple simulations using EMS I determined how changes in the dimensions of the wheels affected their produced thrust and how to create an optimized wheel. Even though I am a high school student with limited simulation experience it was easy for me to learn how to use EMS in a few days. The integration with Solidworks allowed me to rapidly change designs and test multiple configurations. The judges at the Riverside County science fair had a sufficient degree of trust in the EMS simulation results that I was awarded second prize and a certificate of achievement purely based on the simulation data.
List-Magnetik develops and produces magnetic measuring devices and magnetization systems for all magnetic materials that are used in permanent magnetically excited electric motors. We have been successfully using SOLIDWORKS in combination with EMWORKS for several years to design and calculate these systems.
EMWORKS helps us to carry out precise magnetic field calculations, especially in rare earth applications, which allow a precise analysis of the magnetization devices to achieve faster cycle times in production.
We are very satisfied with the fast service for questions about the EMWORKS software, you always get a quick answer or a problem solution.
EMWorks has been tremendously helpful in my journey to design my brushless motor prototype. MotorWizard was the main tool that I used in the design process. It felt intuitive and relatively easy to navigate. The integration inside SOLIDWORKS is seamless! Once the stator is designed, it is very easy to create a 3D model. Overall, I am very pleased and thankful for all the support that I received from EMWorks team. The motor has been tested and the results are accurate. It works just as expected.
I would strongly recommend MotorWizard solution to my colleagues and professors!
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Peng Ying
Massey University of New ZealandI used Electromagnetic Simulation (EMS) to investigate the electromagnetic behaviour of Axial Flux-Segmented Rotor-Switched Reluctance Motors (AFSSRMs). A three-dimensional finite element model is developed in SolidWorks. As the EMS is a Gold Certified add-in to SolidWorks, there is no technical boundary in between, enabling me to conduct Finite Element Analysis (FEA) on the model and complete the project on time.
In terms of the setup of the simulation in EMS, the installation instructions are easy to follow, the project tree follows a logical order, and the model parameters can be alternated easily. After each simulation, the result can be saved automatically, and different section views allow the user can analyse simulation results more comprehensively. Results from different studies can be compared, and a range of variables can be plotted. Those plots can be exported to Word documents or saved locally with high resolution.
Engineer experts from EMWorks are friendly and helpful, and they fix many simulation issues. There are plenty of learning resources available on YouTube/Webinars. The tutorial about switched reluctance machines is extremely helpful in building the simulation. The individual project is completed on time with high quality. I appreciate all the help and support from EMWorks, and I will recommend EMS to colleagues who investigate motor behaviours.
Britton Nilsen
Private ConsultantI have a custom motor design that I reached out to EMWorks to help me optimize. The level of expertise was top-notch, communication was excellent, they completed my project ahead of schedule, and I couldn't be more pleased with the end result. Thank you EMWorks!