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Electromagnetics PRESENTER:Srihari Gangaraj EXPERTISE:Electromagnetics Software:JMAG As manufacturing companies face rising costs and global trade pressures, improving key industrial processes has become critical. Induction heating remains one of the most energy-intensive and capital-driven steps in the production of high-performance components. It is widely used across industries, including automotive, aerospace, heavy machinery, and precision equipment manufacturing. Virtually […]

Electromagnetics PRESENTER:Le Chang EXPERTISE:Electromagnetics Software:JMAG This presentation explores General Motors’ innovative approach to electric motor design by leveraging advanced simulation techniques to minimize the reliance on physical prototyping. It highlights the integration of the JMAG simulation platform in optimizing motor performance across diverse parameters, including efficiency, noise, vibration, durability, and cost. Key strategies discussed include […]

Electromagnetics PRESENTER:Dr. Mathias Lindner EXPERTISE:Electromagnetics Software:JMAG IAV is engaged in electro-magnetical design from high-performance powertrain drives all-embracingly down to small-scale actuators. One key topology for these auxiliary applications is the claw pole motor, which is based on radial, tangential and axial flux paths. Compared to the more familiar radial flux AC machines, the design optimization […]

Electromagnetics PRESENTER:Karsten Mueller EXPERTISE:Electromagnetics Software:JMAG Since the noise emitted by an electrical machine due to high frequency pure tones has an important influence on the Noise Vibration Harshness (NVH) behaviour of a vehicle, it is necessary to determine possible fault patterns. Static and dynamic eccentricities due to misalignment are common fault patterns. For this purpose, […]

Electromagnetics PRESENTER:Bernd Cebulski EXPERTISE:Electromagnetics Software:JMAG The pursuit of optimal electric machine (e-motor) designs is increasingly critical in modern engineering to meet stringent performance, cost, and environmental requirements. This study introduces an innovative, simulation-driven design methodology utilizing JMAG’s unified multi-physics platform to enhance e-motor development. Through large-scale optimization, the approach accelerates the design process, minimizes resource […]