Thorough Review in the Design Stage

Modern automobiles use many electrical devices for various functions including opening and closing windows, positioning and reclining seats, power steering, and engine control. JMAG has contributed to the development of the motors and actuators that are commonly used to control these electrical devices. JMAG is also used for the development of hybrid cars and power electronics essential for FCV and EV which appear to be the key to resolving global warming.
The motors and sensors used for automobiles are required to have high reliability as well as high performance. These requirements must be met within time and cost constraints of a competitive environment. To achieve these goals, it is critical to examine prototypes thoroughly during the design stage. JMAG supports the design process of automobiles by offering excellent modeling and analysis capabilities.


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1115 Manabu Yazaki: "Development of Motors for SPORT HYBRID SH-AWD for New NSX", JMAG Users conference 2016, 2016
1089 Sinisa Jurkovic: "Retrospective of Electric Machines for EV and HEV Traction Applications at General Motors", JMAG Users conference 2016, 2016
1056 Tomohiro Morita: "Applied Cases of Control Development and Verification for Motor HILS using JMAG-RT", JMAG Users conference 2015, 2015
1036 Toshihisa Abe: "The effort of fast numerical simulation of large scale electromagnetic field analysis", JMAG Users conference 2015, 2015
996 Satoshi Shikata: "Development of the new motor for SPORT HYBRID i-DCD system for the Fit3 Hybrid", JMAG Users conference 2014, 2014
993 Masashi Inaba: "Fast numerical simulation of 3D electromagnetic analysis using HPC", JMAG Users conference 2014, 2014
965 Ryoji Mizutani: "Application-Oriented Motor Design by using the electromagnetic field analysis in TOYOTA", JMAG Users conference 2014, 2014
936 Masaki Wasekura: "A Transient Core Loss Calculation Algorithm for Soft Magnetic Composite Material", JMAG Users Conference2013, 2013
932 Minoru Miyakoshi, Hirotaka Toda,Hisayuki Kabashima: "A Model-Based Development Process of Automobile Using JMAG-RT and PSIM", JMAG Users Conference2013, 2013
923 Tsutomu Tanimoto: "An Initiative to Reduce Vibration in an Electric Vehicle Motor", JMAG Users Conference2013, 2013
919 Akiko Inami: "Crankshaft optimization of induction heat treatment using computer aided engineering(The second report)", JMAG Users Conference2013, 2013
915 Ken Takeda: "Magnet temperature analysis and prototype verification in permanent magnet synchronous motor", JMAG Users Conference2013, 2013
913 Kohichi Tanimoto: "The study of calculation accuracy improvement for magnetic loss of motor", JMAG Users Conference2013, 2013
AN-165 Application Catalog, "165 - Creating an Efficiency Map for an IPM Motor"
- Implementing JMAG: SUZUKI MOTOR CORPORATION, "JMAG's Role in Supporting the Electrification of Compact Vehicles"
- Implementing JMAG: Honda R&D Co.,Ltd., "Employing JMAG as the Common Language of Motor Development Devise Unique Solutions and Accelerate Creative Development"
- Implementing JMAG: John Deere, "Virtual Prototyping in Developing Next Generation Heavy Equipment"
- Implementing JMAG: Mazda Motor Corporation, "Using Simulation to Support Automobile Evolution - JMAG, the de facto tool that anticipates the widespread use of electrical devices -"
- Implementing JMAG: SIM-Drive Corporation, "Leading Motor Development for Mass Production Electric Vehicles"
- Implementing JMAG: MEIDENSHA CORPORATION, "Stimulating the Expansion and Reinforcement of the Business Domain with JMAG"
- Implementing JMAG: SANDEN CORPORATION, "JMAG-RT Models Connect Companies Changing Energy Management Development"
- Implementing JMAG: NIDEC CORPORATION, "Supporting the Success of New Businesses"