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    Study on the Influence of Laminated Coupling Structure-fit Parameters on Fatigue Life and Optimization by Huang Yong, Zhou Bowei, Wang Yingchun

    Published 2023-08-01
    “…The results show that when the intermediate shaft thickness is 14 mm, the inclination angle is 85.75°, the excess amount is 0.126 mm, and the fatigue life of the coupling is increased by 15.0% compared with the original structure, which ensures the stability and reliability of the shaft system.…”
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  3. 623

    Bibliographical Record

    Published 1884-01-01
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    Preface by Sylvie Duvillard

    Published 2010-09-01
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    Bibliographical Record

    Published 1884-01-01
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    Research on bias stress characteristics and influencing factors of concrete stacked columns with thin-walled steel tubes restrained by spiral ribs by Zhen-Shan Wang, Qian-Li Huang, Jia-Yi Han, Jun Wei, Jun-Long Lu

    Published 2025-02-01
    “…Vs. ord. concrete-filled steel tube, bearing cap. up from 932kN to 1119kN (20% growth), safety margin from 1.48 to 1.84 (24% incr.). An empirical analysis of impact parameters was conducted, revealing that the pitch($p$) and width-thickness ratio of the spiral rib(${b_{\rm{r}}}/{t_{\rm{r}}}$) had a more pronounced effect on the damage morphology of the specimen. …”
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  14. 634

    Review by B. Pickman Mann

    Published 1884-01-01
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