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Tag: AC Losses

MotorXP - Electric Machine Design and Analysis Software

General

4

AI-powered electric motor design
Mystery of the Tesla’s Next-Gen Zero-Rare-Earth Electric Motor
From Simulation-Driven to Optimization-Driven Electric Motor Design
Electromagnetic Analysis and Design Methodology for Permanent Magnet Motors Using MotorAnalysis-PM Software

MotorXP-AFM

19

Getting Started
Learning the Basics
- Magnetostatic FEA in MotorXP-AFM: From the Classic Workflow to the New Design Studio
- Modeling the EMRAX 228 in MotorXP-AFM 2.0
Theory & Methodology
- A quasi-3D finite element modelling of an axial flux machine
Video Guides
- Advancing Axial Flux Motor Design with Koenigsegg
- Design of an axial flux motor – From simulation model setup to Magnetostatic FEA
Tutorial Series
- Mastering AC Loss Calculation
- PCB Stator Modeling and AC Loss Analysis

MotorXP-PM

4

Case Studies
- Performance Analysis of a Tesla Model 3 Electric Motor using MotorXP-PM (part 1)
Video Guides
- Tesla Model
  - Performance analysis of a Tesla Model 3 electric motor (part 1) – Magnetostatic FEA
  - Performance analysis of a Tesla Model 3 electric motor (part 2) – D-Q Analysis
- Scripting
  - Custom Rotor Geometry Template Development

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AC Losses

AC Losses

Part 2. Calculating AC Losses Using Dynamic FEA and a Sinusoidal Current Source: Step-by-Step Guide

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