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Resources
06 / 18 / 2024

On-demand webinars

Electromagnetics PRESENTER:Ahmed Shoeb EXPERTISE:Electromagnetics Software:JMAG JMAG-Designer Ver. 23.0 was released on December 2023. JMAG has been developed to automate design. To this end, Ver. 23.0 has further improved functionality so that it can be used in all phases of design, from the initial design phase to detailed design. The processing efficiency of large-scale multi case […]

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POWER ELECTRONICS PRESENTER:Emmanuel Rutovic & Guillaume Fontes EXPERTISE:Power Electronics Software:SIMBA Discover the power of integrated loss analysis in our upcoming webinar featuring SIMBA 24.05 and JMAG-RT. Traditionally, engineers have had to rely on separate tools to evaluate inverter and motor losses. SIMBA changes the game by enabling simultaneous analysis, offering a unified view of total […]

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Resources
06 / 12 / 2024

On-demand webinars

Electromagnetics PRESENTER:Yves Thioliere EXPERTISE:Electromagnetics Software:JMAG In this webinar our JMAG Engineer will present you the new features of JMAG-Designer Ver.21.0. With this significant update creating models for control, circuits, and windings has become easier than ever, and the calculation speed and processing speed of operations have been increased to improve the efficiency of analysis work. […]

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Resources
06 / 12 / 2024

On-demand webinars

Electromagnetics PRESENTER:Yves Thioliere & Shafigh Nategh EXPERTISE:Electromagnetics Software:JMAG Multi-objective multi-constraint optimization is required for the design of high performances electrical appliances because of their need to satisfy a multitude of requirements. Optimization issues such as these perform searches within small and complex regions (design spaces that satisfy all constraints). Multipoint searches such as genetic algorithms […]

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Resources
06 / 12 / 2024

On-demand webinars

Electromagnetics PRESENTER:Bharadwaj Raghuraman EXPERTISE:Electromagnetics Software:JMAG This presentation demonstrates the electrical machine design process using both the parametric and topology optimization methods for e-mobility application. The parametric optimization is used toward meeting performance requirements while keeping the product sustainability and efficiency targets, however, topology optimization is mainly employed to address NVH aspects of the designed electrical […]

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Electromagnetics PRESENTER:Professor Z.Q Zhu EXPERTISE:Electromagnetics Software:JMAG Permanent magnet (PM) machines, particularly interior permanent magnet (IPM) machines, have been widely used for many applications due to high torque density, high efficiency and relatively low PM usage. This presentation overviews IPM machines for electric vehicles, with reference to novel magnetic-field-shifting techniques for enhancing the torque in a […]

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Resources
06 / 11 / 2024

On-demand webinars

Electromagnetics PRESENTER:Bernd Cebulski EXPERTISE:Electromagnetics Software:JMAG Modern electric motors for automotive EV applications have to match a number of requirements with high efficiency and low cost still being the most important. Apart from the general design task, the engineer has to handle many additional challenges for specific problems and issues. When it comes to accuracy comparison […]

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Resources
06 / 11 / 2024

On-demand webinars

Electromagnetics PRESENTER:Stephan Guenther EXPERTISE:Electromagnetics Software:JMAG The multi-objective optimization of electrical machines is an increasingly important topic within the design process due to the typically large number of objectives and constraints given by requirements. The design process developed by IAV deals with the efficient solution of these large-scale optimization problems based on a specific DOE approach […]

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Resources
06 / 11 / 2024

On-demand webinars

Electromagnetics PRESENTER:Yves Thioliere EXPERTISE:Electromagnetics Software:JMAG In this presentation a workflow is presented for multi-objective, multi-constraint optimization calculations. A large design space is needed to be explored to reach an optimal solution. By means of design space exploration by simulation we first ensure that there are no broken geometries created and we can output several topologies […]

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