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🚀 Boost Your Engineering Skills with Our JMAG Basic #Training held on October 22 in Stuttgart! Are you ready to dive deep into the world of #electricmotor design? Join our Basic Training, where you'll get hands-on with: 🔹 #MotorCAD Geometry – Learn to define and analyze like a pro. 🔹 #FEA Modeling & Optimization – Master JMAG to enhance machine performance. 🔹 Efficiency Maps & Parametric Analysis – Unlock the full potential of your designs! 🌟 Whether you're in education or industry starting to use #JMAG, this training is tailored for YOU. It's all about interactive learning with live demonstrations and practical exercises. ⏰ Book before September 28 and get the Early Bird discount! Education: €595 (€700 after Early Bird) Industry: €850 (€1,000 after Early Bird) ⚠️Seats are limited to just 10⚠️, so act fast to secure your spot: https://lnkd.in/drhsGTxY And remember, while the training is charged, don't miss the chance to attend our FREE conference on Advanced e-Motor Design with JMAG right afterward!

🚀 Join us on September 26th at 4:00 PM CEST / 10 AM EST for a #webinar session on "Optimizing Electromagnetic Design: Reducing Eddy Current Losses in Magnets." Discover expert tips on: 🔹 2D vs. 3D modeling for precision 🔹Segmentation strategies for loss reduction 🔹Key simulation parameters for accurate results Ideal for engineers, researchers, and professionals in electromagnetic #design and #simulation. Don’t miss out on this chance to sharpen your skills and optimize your #emotor designs! 👉 Register now to secure your spot! https://lnkd.in/e2BpvP5z

🌟 Spotlight on Stefan Skoog from Alvier Mechatronics We are glad to announce that Stefan Skoog from Alvier Mechatronics will be joining us as a speaker at our upcoming conference! Stefan will be presenting: "Automated High-Fidelity System Model Generation of Traction Machines Using JMAG." In his presentation, Stefan will reveal an innovative methodology for transforming a single-case setup advanced JMAG FEA-model into a high-fidelity system model, ready for use in commercially available system modelling tools like Matlab/Simulink. This approach is particularly relevant for advanced traction machines used in road vehicles, where dynamic speed-torque interactions and complex operational demands are critical. Stefan will demonstrate how to streamline the pre-processing of a JMAG model, enabling faster analysis through parallelization, and will cover the use of FEM to accurately capture the dynamics of non-linear loss factors across the entire speed-torque operating range. Attendees will also gain insights into a comprehensive post-processing framework that automates multi-dimensional, non-linear regression, resulting in a high-fidelity system model that delivers precise machine performance predictions. Don’t miss this opportunity to learn about the latest advancements in system model generation and how they can be applied to optimize traction machine design. Register to our conference e-Motor Design with JMAG in Stuttgart on October 23: https://lnkd.in/drhsGTxY #SystemModeling #TractionMachines #EngineeringInnovation #AlvierMechatronics #FEM #FEA

🔍 Are you confident in the accuracy of your eddy current loss simulations? Our latest research underscores the critical role of selecting the right simulation methods and segmentation strategies to achieve precise calculations of eddy current losses in magnets. We want to hear from you! Which simulation method do you find most effective for estimating eddy current losses in IPM motors, balancing accuracy and simulation time? Option 1. 2D Simulation without segmentation factor Option 2. 2D Simulation with analytically calculated segmentation factor Option 3. 3D Simulation with segmentation modeled Share your thoughts!  📅 Join us for an in-depth webinar titled "Optimizing #Electromagnetic Design: Advanced Techniques for Reducing Eddy Current Losses in Magnets," where we'll discuss the comparative effectiveness of 2D and 3D models, the impact of segmentation strategies, and the importance of mesh quality and time-step parameters in achieving precise results. Don't miss out—register now! https://lnkd.in/drhsGTxY #eddycurrent #motors #ev #electricmotors #magnets

🔧 Spotlight on Dr. Mathias Lindner from IAV GmbH We are delighted to announce that Dr. Mathias Lindner from IAV will be sharing his expertise at our upcoming conference. During his presentation, titled "High Fidelity 3D Optimization of Small-Scale Electrical Claw Pole Drives Using Design of Experiments and Machine Learning," Dr. Lindner will delve into the optimization and FEA simulation of claw pole motors, a key technology for small-scale actuators that employs radial, tangential, and axial flux paths. Unlike traditional radial flux AC machines, claw pole motors present unique challenges due to their three-dimensional geometry, voltage control methods, and significant power loss impacts. In his session, Dr. Lindner will showcase IAV's innovative approach to achieving high fidelity in optimization with minimal effort. He will demonstrate how design of experiments and machine learning techniques can be applied to efficiently optimize small-scale claw pole motors, addressing the complexities of this rarely examined technology. Don’t miss this opportunity to gain insights into advanced optimization strategies and their practical applications in electromagnetical design. Register to our conference e-Motor Design with JMAG in Stuttgart on October 23: https://lnkd.in/drhsGTxY #ElectromagneticDesign #Optimization #MachineLearning #IAV #InnovationInEngineering

Our team had the pleasure of exhibiting at the ICEM 2024 26TH International Conference on Electrical Machines from September 1-4. Bernd Cebulski and Christiane Mellak had the opportunity to connect with numerous contacts and engage with our partners, JMAG-International.com and SEDRIVE, who led an insightful tutorial session on September 1. We're also thrilled to highlight that our collaborative work with Volvo Cars was showcased at ICEM 2024. Rishabh Raj from Volvo Cars presented our joint poster, "Finite Element Analysis of an IPM Machine for Charging Operations in #ElectricVehicles." Additionally, the paper written in collaboration with Dr. Md Jahirul I. I, Mr. Amin Motamedi, Dr. Shafigh Nategh, and Prof. Aldo Boglietti, "A Sustainable Booster Induction Motor for Dual Axle #Automotive Applications," will be presented on September 4 at 5:20 PM in Room 3. Make sure to catch it!

🌟 Introducing Our Speaker Series for the Stuttgart Conference 🌟 As we gear up for our upcoming conference in Stuttgart on October 23, we're thrilled to kick off a series of posts spotlighting our exceptional lineup of speakers. Over the coming days, we’ll be sharing insights about each presenter and the cutting-edge topics they’ll be addressing. Stay tuned to learn more about the industry leaders who will be driving conversations and innovations in the world of engineering. 🔧 Spotlight on Robert Holehouse from Hexagon Asset Lifecycle Intelligence We’re excited to announce that Rob Holehouse from Hexagon will be presenting at our upcoming conference with a session titled "Streamlined eMotor and Powertrain Development for Noise and Vibration Using JMAG and Romax." In this presentation, Rob will address the challenges of electric powertrain design, especially in balancing noise and vibration with durability, efficiency, and weight. As the push for zero prototypes intensifies, accurate CAE solutions that support variability analysis and rapid what-if studies become crucial. Rob will showcase how advanced integration between JMAG-Designer and Romax Spectrum and Romax Evolve 2024.1 can enhance drivetrain NVH (Noise, Vibration, and Harshness) performance. By bridging the traditional gap between electrical and mechanical teams, this approach fosters better collaboration, informed design decisions, and a reduction in prototypes. Don’t miss this chance to learn about innovative solutions for optimizing eMotor and powertrain development. Register to our conference : https://lnkd.in/drhsGTxY #eMotor #PowertrainDesign #NVH #Hexagon #EngineeringInnovation #JMAG #Romax

Join us on September 26th at 4:00 PM CEST for an insightful #webinar titled "Optimizing #Electromagnetic Design: Advanced Techniques for Reducing Eddy Current Losses in Magnets." Our experts will explore the latest advancements in simulation techniques, focusing on: 🔸 The comparative effectiveness of 2D vs. 3D models 🔸 The impact of segmentation strategies on eddy current reduction 🔸 The critical role of mesh quality and time-step parameters in achieving precise results This session is perfect for #engineers, researchers, and professionals in electromagnetic design and #simulation who want to optimize their systems for maximum #efficiency. Don't miss this opportunity to deepen your understanding of advanced simulation methodologies and their practical applications.  

Missed our #webinar, "Revolutionizing #Motor Design: Enhancing Efficiency with 3D End Winding Simulations in JMAG-Designer"? No worries! The #recording is now available! In this session, Stephan Paul, our Technical Account Manager, unveils how cutting-edge 3D end winding simulations can transform your approach to motor efficiency, thermal management, and high-speed performance.   🔍 Why watch? - Understand the critical role of end windings in motor design. - Insights into various #simulation approaches and their #accuracy. - Strategies for optimizing motor design for maximum #efficiency and performance.   🔥 Don’t miss this chance to gain powerful insights that could change the way you design motors. Watch the recording now and get ahead of the curve! 🎥 https://lnkd.in/disRBHWX

Read the #paper entitled "Influence of symmetric BH loop fluctuations on hysteresis loss by Play model", written by our partner JSOL Corporation for #ECCE2023.