| Bending Stress Analysis on Backlash Adjustable Worm Transmission |
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| 作者姓名： | ZHU Xi-jun ZHANG Guang-hui LIN Teng-jiao |
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| 摘 要： | The full name of variable tooth thickness plane worm gear transmission is. Backlash adjustable plane worm gear with variable tooth thickness enveloping worm transmission, which is a new kind of accurate power transmission that is intervenient between traditional motion transmission and power transmission. Tooth surface equations of the variable tooth thickness plane worm gear transmission are deduced based on the theory of engagement. Basing on the result, the authors create a finite analysis model of backlash adjustable variable tooth thickness plane enveloping worm with perfect tooth shape by using I-DEAS software, and then has done finite element analysis of backlash adjustable variable tooth thickness plane enveloping worm transmission. Finally, the author drew a conclusion about distribution of principal stress and load distribution between teeth, which offer some references for strength and performance analysis of worm transmission.
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| 关 键 词： | variable tooth thickness plane worm gear transmission engagement analysis modeling with I-DEAS stress analysis |
| 收稿时间： | 2005/1/12 0:00:00 |
| 修稿时间： | 2005/1/12 0:00:00 |
Bending Stress Analysis on Backlash Adjustable Worm Transmission |
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| ZHU Xi-jun,ZHANG Guang-hui,LIN Teng-jiao.Bending Stress Analysis on Backlash Adjustable Worm Transmission[J].Storage & Process,2005(9):5-8. |
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| Authors: | ZHU Xi-jun ZHANG Guang-hui LIN Teng-jiao |
| |
| Abstract: | The full name of variable tooth thickness plane worm gear transmission is. Backlash adjustable plane worm gear with variable tooth thickness enveloping worm transmission, which is a new kind of accurate power transmission that is intervenient between traditional motion transmission and power transmission. Tooth surface equations of the variable tooth thickness plane worm gear transmission are deduced based on the theory of engagement. Basing on the result, the authors create a finite analysis model of backlash adjustable variable tooth thickness plane enveloping worm with perfect tooth shape by using I-DEAS software, and then has done finite element analysis of backlash adjustable variable tooth thickness plane enveloping worm transmission. Finally, the author drew a conclusion about distribution of principal stress and load distribution between teeth, which offer some references for strength and performance analysis of worm transmission. |
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| Keywords: | variable tooth thickness plane worm gear transmission engagement analysis modeling with I-DEAS stress analysis |
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