Loading Deformation Characteristic Simulation Study of Engineering Vehicle Refurbished Tire

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Abstract

The paper constructed engineering vehicle refurbished tire computer geometry model, mechanics model, contact model, finite element analysis model, did simulation study on load-deformation property of engineering vehicle refurbished tire by comparing with that of the new and the same type tire, got load-deformation of engineering vehicle refurbished tire under the working condition of static state and ground contact. The analysis result shows that change rules of radial-direction deformation and side-direction deformation of engineering vehicle refurbished tire are close to that of the new tire, radial-direction and side-direction deformation value is a little less than that of the new tire. When air inflation pressure was certain, radial-direction deformation linear rule of engineer vehicle refurbished tire would increase with load adding, however, side-direction deformation showed linear change rule, when air inflation pressure was low; and it would show increase of non-linear change rule, when air inflation pressure was very high.

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APA

Qiang, W., Xiaojie, Q., Zhao, Y., Yunlong, W., Guotian, W., & Degang, L. (2018). Loading Deformation Characteristic Simulation Study of Engineering Vehicle Refurbished Tire. In IOP Conference Series: Earth and Environmental Science (Vol. 153). Institute of Physics Publishing. https://doi.org/10.1088/1755-1315/153/4/042037

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