[JFT192] User-defined Thermal Resistance Settings Using Python

This tutorial describes the procedures to specify thermal resistance using Python scripts.

[JFT189] Creation of a Transfer Function and the Vibration Analysis using JMAG-Designer

In this document, you will learn the steps to create a transfer function of a motor and perform the vibration analysis.

[JFT190] Distributed Optimization Run with an Efficiency Map Analysis Study (Speed Priority Mode)

This tutorial describes the procedures to distribute and run an analysis group consisting of an efficiency map analysis study (speed priority mode) and a parametric optimization u…

• Technical Themes: Design Exploration / Optimization and Efficiency map

[JFT129] Adding Efficiency Map (Speed Priority Mode) Response Values

This document describes the procedure for registering maximum torque, output power, and maximum speed as response values, and confirming each of those values.

• Technical Themes: Efficiency map

[JFT187] Direct Coupled Magnetic Field and Structural Analysis Accounting for Changes Over Time

This document describes the procedures to run a direct two-way coupled magnetic field and structural analysis that takes into account the changes over time.

• Technical Themes: Multiphysics

[JFT186] Automatic Winding Scheme Selection

This document describes this unique feature and the procedures to switch between several automatic winding schemes available in JMAG.

[JFT015] Procedure for Direct Coupled Analysis with JMAG and STAR-CCM+ Taking Thermal Fluid into Account (Ver.22.0 and After)

This document presents the procedure for two way coupled analysis considering thermal fluid by using JMAG and STAR-CCM+.

• Technical Themes: MBD and Multiphysics

[JFT058] Creating Efficiency Maps Using JMAG-Designer (Speed Priority Mode)

This document describes how to create efficiency maps using a JMAG-Designer efficiency map study (prioritizing speed).

• Technical Themes: Design Exploration / Optimization, Efficiency map, and MBD

[JFT049] Grouping FEM Coil Conditions

In this document, how to group FEM coil conditions and associate them with macro component wave windings is explained.

[JFT042] A Method for Obtaining a Steady-State Solution at an Early Stage (Time Periodic Explicit Error Correction)

In this document, obtaining steady-state in less time steps using TP-EEC function will be presented.

[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.

[JFT034] Eccentricity Setting for Parallelly Offsetting the Rotation Axis

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

[JFT035] Eccentricity Setting for Inclining the Motion Region Axis

This document shows setting to tilt the motion region axis.

[JFT036] Eccentricity Setting for Inclining the Rotation Axis

This document shows setting to tilt the rotation axis.

[JFT102] Setting 3D Model Coils Using the Winding Editor

This document explains methods for setting the coils of a 3D model using the winding editor.

[JFT137] Current Restraints using Conditional Branches of Equation

This document explains how to restrain current value that is fed into the coils when geometry and electric resistance change.