Deniz Can Dursun M.Sc. Mechatronics · Maintenance & Automation
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Thesis & Analysis · CASE/02

Thesis on SynRM rotor architectures

M.Sc. work comparing how SynRM rotor flux-barrier geometries affect electromagnetic performance for washing-machine applications, using Ansys Maxwell.

CASE/SYNRM-THESIS
CategoryThesis & Analysis
ToolAnsys Maxwell
Year2023

Problem and method

The thesis focused on evaluating SynRM as a magnet-free alternative. In particular, the impact of rotor flux-barrier geometries on magnetic flux, torque production, and efficiency balance was investigated.

Rotor flux-barrier geometries were compared under the same application target. Magnetic flux distribution, torque behavior, and performance trends were examined within a parametric analysis pipeline using Ansys Electronics Suite (Maxwell).

Maxwell analysis workflow

Starting from Rmxprt, the SynRM model setup combines stator and rotor parameter sets (B0, Y0, Rb, H, W) into a parametric analysis pipeline alongside voltage and current analyses. Results feed back through Maxwell 2D in an iteration loop, producing the final motor output parameters.

Maxwell parametric analysis and SynRM model workflow diagram
FIG.M · MAXWELL ANALYSIS WORKFLOW

Tools and methods

Ansys Electronics Suite (Maxwell) Rmxprt MATLAB / Simulink Parametric analysis Literature review

Technical figures

Comparison of alternative rotor architectures
FIG.01Comparison of alternative rotor architectures
Segmented rotor approach
FIG.02Segmented rotor approach
Simulation comparisons
FIG.03Simulation comparisons
Result tables
FIG.04Result tables
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