
Introducing JMAG-Designer Ver.22.0
Electromagnetics
PRESENTER:
Ahmed Shoeb
EXPERTISE:
Electromagnetics
Software:
JMAG
By avoiding geometry breakdown, a trouble that occurs during dimensional optimization, 100% of the number of individuals required for optimization calculations can now be obtained. Range Finder can be used to ensure that the established geometry required for optimization calculations is obtained while properly adjusting the dimensional range. For complex geometries with 20 or more dimensional variables, optimization calculations can be performed by exploring a wide range of design space without geometry breakdown. Range Finder can be used not only with JMAG, but also with third-party optimization products. JMAG-Express can be used to evaluate multiphysics evaluation of motors, such as efficiency maps and component temperatures, by combining pre-defined scenarios. In addition, after performing a high-speed study in JMAG-Express, you can switch to JMAG-Designer with a single click and continue working back in JMAG-Express after refining the model, such as coil ends. Ten pre-post licenses for JMAG-Express are included for each pre-post license for JMAG-Designer. This allows multiple designers to use JMAG-Express at the same time, even if they have not analyzed before. Motor component temperatures can now be evaluated at high speed. Thermal analysis now supports 2D geometry. The time from calculation execution to display of results in transient analysis is about 5 seconds. The calculation speed of 2D magnetic field analysis with 10,000 elements or less has been improved by more than 2 times on average compared to Ver. 21.0. The speed of coupled magnetic and thermal parallel calculations for large models with more than 1 million elements has been improved compared to Ver. 21.0. The number of models with speedup ratios exceeding 100 times in 256 parallel calculations has increased. The calculation speed of eigenvalue analysis has been improved over Ver. 21.0. The longer the calculation time was in Ver. 21.0, the easier it is to speed up. |
Upcoming Webinars
3 (1) Electromagnetics PRESENTER:Ganesh & Vinaykumar EXPERTISE:Electromagnetics Software:JMAG An IPM motor can use both magnet torque and reluctance torque, so by appropriately choosing the current phase it is possible to improve efficiency over a broad spectrum of drive range. It is a motor type that is often used in equipment with a wide operational range, [β¦]
On-demand webinars
0 (0) 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 [β¦]
0 (0) 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 [β¦]
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On-demand webinars
3 (1) Electromagnetics PRESENTER:Didier Zefack EXPERTISE:Electromagnetics Software:JMAG Released in January 2025, the new JMAG-Designer version marks a significant step forward in automation of the design and massive-simulation processes, with boosted and innovative functionalities which make it very easier to use and implant across all design phases of any electric machine types. The key points of [β¦]
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0 (0) Electromagnetics PRESENTER:Keerthana C. EXPERTISE:Electromagnetics Software:JMAG The future of axial flux motor simulation is promising, thanks to advancements in computational power, AI integration, and user-friendly software that provide deeper insights and streamline the design process. These innovations are driving the adoption and optimization of axial flux motors across various industries. Axial gap-type motors, known [β¦]
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On-demand webinars
0 (0) Electromagnetics PRESENTER:Stephan Paul EXPERTISE:Electromagnetics Software:JMAG In the field of electromagnetic design, accurately simulating and mitigating eddy current losses is crucial for enhancing the efficiency and performance of magnetic systems. Join us for an insightful webinar where our experts will delve into the latest advancements in simulation techniques. This session will cover the comparative [β¦]
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On-demand webinars
0 (0) Electromagnetics PRESENTER:Stephan Paul & Bernd Cebulski EXPERTISE:Electromagnetics Software:JMAG View this exclusive webinar where Powersys senior engineer, Stephan Paul, will delve into the transformative power of 3D end winding simulations using JMAG-Designer. Discover how accurate calculation of end winding structures can significantly enhance motor efficiency, thermal modeling, and high-speed performance. This webinar will cover [β¦]
On-demand webinars
0 (0) Electromagnetics 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 [β¦]
0 (0) 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 [β¦]
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On-demand webinars
0 (0) Power electronics PRESENTER:Marcelo Godoy SimΓ΅es, Peyman Razmi & Luca Ferranti EXPERTISE:Power Electronics Software:SIMBA Power electronics is a field in constant evolution; power grids are becoming intelligent and flexible with power electronics, real-time control, and further data layers of communications and signal processing. There are so many details required for technology improvements such as: [β¦]
On-demand webinars
0 (0) Electromagnetics PRESENTER:Nithara Narayanan & Supriya Singh EXPERTISE:Electromagnetics Software:JMAG In addition to the torque generated by the magnetic fields of magnets and rotating magnetic fields, Interior Permanent Magnet (IPM) motors harness reluctance torque, arising from the variance between d-axis and q-axis inductance. This unique feature empowers IPM motors with expansive operating capabilities and exceptional [β¦]
3 (1) Electromagnetics PRESENTER:Ganesh & Vinaykumar EXPERTISE:Electromagnetics Software:JMAG An IPM motor can use both magnet torque and reluctance torque, so by appropriately choosing the current phase it is possible to improve efficiency over a broad spectrum of drive range. It is a motor type that is often used in equipment with a wide operational range, [β¦]
On-demand webinars
0 (0) 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 [β¦]
0 (0) 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 [β¦]
Private content
Please enter your email to receive the content
On-demand webinars
3 (1) Electromagnetics PRESENTER:Didier Zefack EXPERTISE:Electromagnetics Software:JMAG Released in January 2025, the new JMAG-Designer version marks a significant step forward in automation of the design and massive-simulation processes, with boosted and innovative functionalities which make it very easier to use and implant across all design phases of any electric machine types. The key points of [β¦]
Private content
Please enter your email to receive the content
On-demand webinars
0 (0) Electromagnetics PRESENTER:Keerthana C. EXPERTISE:Electromagnetics Software:JMAG The future of axial flux motor simulation is promising, thanks to advancements in computational power, AI integration, and user-friendly software that provide deeper insights and streamline the design process. These innovations are driving the adoption and optimization of axial flux motors across various industries. Axial gap-type motors, known [β¦]
Private content
Please enter your email to receive the content
On-demand webinars
0 (0) Electromagnetics PRESENTER:Stephan Paul EXPERTISE:Electromagnetics Software:JMAG In the field of electromagnetic design, accurately simulating and mitigating eddy current losses is crucial for enhancing the efficiency and performance of magnetic systems. Join us for an insightful webinar where our experts will delve into the latest advancements in simulation techniques. This session will cover the comparative [β¦]
Private content
Please enter your email to receive the content
On-demand webinars
0 (0) Electromagnetics PRESENTER:Stephan Paul & Bernd Cebulski EXPERTISE:Electromagnetics Software:JMAG View this exclusive webinar where Powersys senior engineer, Stephan Paul, will delve into the transformative power of 3D end winding simulations using JMAG-Designer. Discover how accurate calculation of end winding structures can significantly enhance motor efficiency, thermal modeling, and high-speed performance. This webinar will cover [β¦]
On-demand webinars
0 (0) Electromagnetics 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 [β¦]
0 (0) 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 [β¦]
Private content
Please enter your email to receive the content
On-demand webinars
0 (0) Power electronics PRESENTER:Marcelo Godoy SimΓ΅es, Peyman Razmi & Luca Ferranti EXPERTISE:Power Electronics Software:SIMBA Power electronics is a field in constant evolution; power grids are becoming intelligent and flexible with power electronics, real-time control, and further data layers of communications and signal processing. There are so many details required for technology improvements such as: [β¦]
On-demand webinars
0 (0) Electromagnetics PRESENTER:Nithara Narayanan & Supriya Singh EXPERTISE:Electromagnetics Software:JMAG In addition to the torque generated by the magnetic fields of magnets and rotating magnetic fields, Interior Permanent Magnet (IPM) motors harness reluctance torque, arising from the variance between d-axis and q-axis inductance. This unique feature empowers IPM motors with expansive operating capabilities and exceptional [β¦]
3 (1) Electromagnetics PRESENTER:Ganesh & Vinaykumar EXPERTISE:Electromagnetics Software:JMAG An IPM motor can use both magnet torque and reluctance torque, so by appropriately choosing the current phase it is possible to improve efficiency over a broad spectrum of drive range. It is a motor type that is often used in equipment with a wide operational range, [β¦]
On-demand webinars
0 (0) 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 [β¦]
0 (0) 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 [β¦]
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