| Summary: | 碩士 === 國立成功大學 === 機械工程研究所 === 84 === Computer aided analysis becomes a powerful tool in develop- ing
new products such that the production cost can be saved and the
design period is reduced. The paper describes the applicati- on
of the finite element method to reinforce beam weight design of
aluminum wheels by using computer aided software On the
comparison with experiment results , the solid method ls have
better results. On the reinforce beam weight reducing ign , we
use the height and width weight reducing models to ison. In the
width weight reducig design , we also use reinforce beam upper
and bottom weight reducing models to do static stress
analysis. In comparison with height and width weight reducing ,
the reinforce beam upper side reducing model has the best The
dynamic impact stress analysis could predict that the beam
upper side weight reducing model will pass the impact test.
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