Untitled
Untitled
Untitled
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Name : Mr.Suphachai Kunasuntiworagul<br />
Thesis Title : Grid-enable iMOOSE Simulation Front-end for<br />
Switched Reluctance Motors<br />
Major Field : Electrical Engineering<br />
King Mongkut’s Institute of Technology North Bangkok<br />
Thesis Advisor : Associate Professor Dr.Vara Varavithya<br />
Academic Year : 2006<br />
Abstract<br />
Grid-enable simulation front-end for switched reluctance machines (SRM) is studied<br />
in this thesis. The matlab based front-end system supporting finite element calculation was<br />
developed to support the design of SRM which helps reducing the product design cycle.<br />
Finite element solving platform used in this thesis is based on the open source gmsh and<br />
iMOOSE software. Results of the calculation show detail behavior of the magnetic flux as<br />
well as other mechanical characteristics. For complex problems, the system require large<br />
amount of calculation and the process of modeling and execution is very complex. In this<br />
work, we present a framework for matlab-based front-end electromagnetic problem solving<br />
environment. The proposed system supports a set of necessary parameters in designing<br />
SRMs. The underlining calculation is serviced by computational grid via grid services.<br />
The front-end system can harvest computational power available on the grid. We hide large<br />
amount of details in using iMOOSE software. Components of each stage on the modeling<br />
of SRMs are shown. This work allows a designer of SRM concentrate more on the design<br />
and parameter studying of the SRMs. An approach adopted in this thesis can be extended<br />
to other classes of electrical machines.<br />
(Total 48 pages)<br />
Keywords : Switched Reluctance Motor, Finite Element Method, iMOOSE, Matlab,<br />
Grid System<br />
Advisor<br />
ค