Modelling of electrical machine using Time Domain Multiconductor Transmission Line (MTL) Theory

The purpose of the model is to understand the high-frequency transients due to switching pulses of frequency drive systems.

I understand this repository requires a wiki to describe theories supporting the code. I'll complete it during my spare time. Feedback appreciated!

• Input files to this Mathematica model result from Finite Element Analysis.
• Cedrat Flux has been used for Finite Element Analysis of MTL parameters, i.e. inductances and capacitances.
• Capacitances of MTL conductors are calculated using the electrostatic solver, and the magnetostatic solver is used to calculate inductance.
• Python scripts run the solvers for each conductor geometric position and save parameters in Excel files.
• CSV files are the experimental measurements to verify the model.
• These Excel files are imported to Wolfram Mathematica for MTL modelling as illustrated below:

Fig. 1 Definition of different zones of electrical machine for parametrising and modelling transients with MTL

Fig. 2 MTL equations illustration

• This repository contains Wolfram Mathematica code in three forms:
  1. Notebook file MTL-131195-n=68.nb if you access the Mathematica front-end.
  2. Wolfram script package file MTL-131195-n=68.wl can be used with the Wolfram Script free licence.
  3. The following images with the output waveforms are shown for only reading the code.

Created with the Wolfram Language