[JFT036] Eccentricity Setting for Inclining the Rotation Axis

This document shows setting to tilt the rotation axis.

[JFT021] Setting Magnet Material with Coercive Force Distribution and Residual Magnetic Flux Distribution Considering Temperature Dependence

This document describes how to set a magnet material with coercive force and residual magnetic flux density taking into account temperature dependence.

• Technical Themes: Multiphysics

[JFT035] Eccentricity Setting for Inclining the Motion Region Axis

This document shows setting to tilt the motion region axis.

[JFT034] Eccentricity Setting for Parallelly Offsetting the Rotation Axis

This document shows setting to move the rotation axis in parallel.

[JFT033] Eccentricity Setting for Parallelly Moving the Motion Region Initial Location

This document shows how to set the eccentricity to account for the moving part’s axis remaining parallel to the central axis while moving from the initial position and afterwards.

[JAC284] Analysis of Minute Electromagnetic Forces Acting on a Magnet

In this example, we obtain the minute electromagnetic forces acting on a magnet that is moving translationally.

• Applications: Magnet
• Physical Phenomena: Magnetic Field

Electrical Machine Loss Simulation and Model Validation Using JMAG and MATLAB Simulink

Zoltán Nádudvari, Rolls-Royce Hungary Kft

• Physical Phenomena: Magnetic Field
• Technical Themes: Material Modeling / Loss Analysis

Development of Magnet Unit for the Endurance Test Equipment of Flexible Devices

Tomonori Katsuta, Industrial Technology Center of Okayama Prefecture

• Applications: Magnet
• Physical Phenomena: Magnetic Field

Examination of Motor Thermal Evaluation by Combining FEA and Thermal Equivalent Circuit

Yusuke Nakamura, Kanzaki Kokyukoki Mfg. Co.,Ltd.

• Applications: IPM Motor and Motor
• Physical Phenomena: Magnetic Field and Thermal
• Technical Themes: Multiphysics

Efforts for Thermal Analysis of a Motor at JFE Techno-Research Corporation

Shin-ya Tanaka, JFE Techno-Research Corporation

• Applications: IPM Motor and Motor
• Physical Phenomena: Magnetic Field and Thermal
• Technical Themes: Multiphysics

Motor Design Study Using Optimization and Thermal Simulation Functions

Keigo Nakamura, Nabtesco Corporation

• Physical Phenomena: Magnetic Field and Thermal
• Technical Themes: Design Exploration / Optimization, Efficiency map, and Multiphysics

Application of Thin Wire of Soft Magnetic Pure Iron to AC Solenoid

Shota Iimura, KOBE STEEL, LTD.

• Applications: Linear Solenoid / Linear Actuator
• Physical Phenomena: Magnetic Field and Material
• Technical Themes: Material Modeling / Loss Analysis

Stray Loss Analysis of Large Power Transformer Using 3D Magnetic Field Analysis

Masaki Sakuma, Fuji Electric Co., Ltd.

• Applications: Transformer / Reactor
• Physical Phenomena: Magnetic Field
• Technical Themes: Large-Scale Processing and Material Modeling / Loss Analysis

[RTML-041] PMSTEP_01

Type: PMSTEP | Stator(Outside Diameter): 60.0(mm) | Height: 24(mm) | Voltage: DC24(V) | Rotor/Mover: PM

• Applications: Motor and Stepper Motor
• Physical Phenomena: Circuit / Control and Magnetic Field
• Technical Themes: MBD

[RTML-046] ALTERNATOR_01

Type: ALTERNATOR | Stator(Outside Diameter): 140(mm) | Height: 45(mm) | Voltage: DC200(V) | Rotor/Mover: WF

• Applications: Generator
• Physical Phenomena: Circuit / Control and Magnetic Field
• Technical Themes: MBD

[JAC216] Simulation of a Claw-Pole Type Alternator Using a Control Simulator and JMAG-RT

In this example, the output voltage and field current of a claw-pole type alternator is checked when the rotor speed is changed.

• Applications: Generator
• Physical Phenomena: Circuit / Control and Magnetic Field
• Technical Themes: MBD