Difference between revisions of "Projects:2019s1-187 Maglev Hovercraft"
(→Team Members) |
(→Background Information/ Previous Work) |
||
| Line 8: | Line 8: | ||
Shanghan Bao | Shanghan Bao | ||
| − | == | + | == Abstract == |
| − | + | Linear induction motors used in some magnetic levitation (maglev) train designs are capable of providing lift and thrust independently. This project aims to create a vehicle capable of traversing over a planar conductive surface rather than being restricted to a track, in some ways similar to a magnetic hovercraft. Potentially, aerodynamic assistance may be used to supplement lift. The challenges include efficient electrical design of the electric machine and the drive electronics, weight minimisation, heat management and control laws.It is proposed that a team of students from the School of Electrical Engineering will work with a team of students from the School of Mechanical Engineering.The electrical engineering students will be involved with the analysis, simulation and construction of the electric machine and the drive electronics. The work will involve electric machine design and analysis, and power electronics circuit design, analysis, simulation and implementation. | |
| − | |||
== Introduction == | == Introduction == | ||
Revision as of 13:07, 12 April 2019
Project 187 - Magnetic levitation hovercraft
The MagLev Hovercraft project is a collaboration between the EE and Mechanical Engineering students
Team Members
Daniel Perilli Sam Jordan Shanghan Bao
Abstract
Linear induction motors used in some magnetic levitation (maglev) train designs are capable of providing lift and thrust independently. This project aims to create a vehicle capable of traversing over a planar conductive surface rather than being restricted to a track, in some ways similar to a magnetic hovercraft. Potentially, aerodynamic assistance may be used to supplement lift. The challenges include efficient electrical design of the electric machine and the drive electronics, weight minimisation, heat management and control laws.It is proposed that a team of students from the School of Electrical Engineering will work with a team of students from the School of Mechanical Engineering.The electrical engineering students will be involved with the analysis, simulation and construction of the electric machine and the drive electronics. The work will involve electric machine design and analysis, and power electronics circuit design, analysis, simulation and implementation.
