Temperature Distribution Analysis
- Sort condition
- Newest first
- Oldest first
- Large number of views
-
Case Studies Using JMAG in Electric Motor Development
Miho Shimada, KYB Corporation
-
Using JMAG and ANSYS for coupled thermal solution of a high current bus bar exit in GSU transformers
Costin Ruja, Trafo Proiect SRL
-
Magnetic and thermal 3D imulation of a conical bearingless PM synchronous machine with JMAG
Bogdan Funieru, Technische Universitat Darmstadt
-
JMAG-CFD coupling by using MpCCI interface
Pascal Bayrasy, Fraunhofer SCAI
-
The Design of Superconducting Magnets Using JMAG
Jun Yoshida, Sumitomo Heavy Industries, Ltd.
-
Approach of a transformer analysis using JMAG
Kazuki Semba, JSOL Corp.
-
Measurement of Magnetic Properties at High Temperature and Application to Magneto-Thermal Coupled Analysis of Induction Heater
Norio Takahashi, Department of Electrical and Electronic Engineering/The Graduate School of Natural Science and Technology/Okayama University
-
Guidelines for Generating Mesh in Induction Heating Simulations
Jun Iwanaga, JSOL Corporation
-
Trends and Challenges of Induction Heating Analyses
Hiroshi Hashimoto, JSOL Corp.
-
Study of local heating on by IPB connection box and around metallic parts of large power transformer by 3-D Magnetic field analysis
Hirokazu Hayashida,Japan AE Power Systems Corporation
-
Introduction for the utilization techniques of JMAG for transformer design
Takayuki NISHIO, JSOL Corporation
-
AcuSolve: 3D Thermal Flow Analysis of JMAG Results
Farzin Shakib, ACUSIM Software, Inc.
-
Examples Utilizing JMAG
Shunsuke Funaji,Mitsui Engineering & Shipbuilding co.,ltd
-
Examination of an induction heating simulation using the B-H curve
Takashi Horino,NETUREN CO.,LTD.
-
[JAC044] Resistance Heating Analysis of a Steel Sheet
This Application Note presents how to obtain the calculate current density distribution, Joule loss distribution and temperature distribution of steel sheet.
-
[JAC048] High-Frequency Induction Heating Analysis of a Printer Roller
This Application Note confirms the non-uniformity in temperature distribution produced by an assumed coil geometry, as well as the temperature elevation in each part caused by rot…
