Fuel-Electric Hybrid Systems Composed of Mechanical Clutching Units for Scooters
Date Issued
2009
Date
2009
Author(s)
Chen, I-Ming
Abstract
The Purpose of this study is to analyze and develop fuel-electric hybrid systems composed of traditional mechanical clutching units for scooters. In the research, firstly, the graph called “functional power graph” is developed, which can transform the traditional mechanical diagrams into a simplied graph for representing its mechanical structure and function. To make the evaluation of all systems objectively, a standard evaluative method is also proposed. Then, some current hybrid systems which composed of traditional mechanical clutching unit are analyzed and their functions and complixity have been assessed. By synthesis method, some new systems have been developed, and the automatical synthesis using Matlab program have been established. Finally, three new systems have been inspected. In this study, the characteristics of current systems have been clarified, and new systems have been invented. The result could be a considerable consultation for further research in hybrid scooters.
Subjects
clutch
scooter
hybrid power system
function power graph
analysis and synthesis
Type
thesis
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