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Cracked asphalt pavement under traffic loading - A 3D finite element analysis

机译:交通荷载下的沥青路面开裂-3D有限元分析

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摘要

An asphalt pavement containing a transverse top-down crack is investigated under traffic loading using 3D finite element analysis. The stress intensity factors (SIFs) and the T-stress are calculated for different distances between the crack and the vehicle wheels. It is found that all the three Modes (I, II and III) are present in the crack deformation. The signs and magnitudes of K_I, K_(II), K_(III) and T are significantly dependent on the location of the vehicle wheels with respect to the crack plane. The magnitude of T-stress is considerable, if compared to the stress intensity factors, when one of the wheels is very close to the crack plane.
机译:使用3D有限元分析在交通荷载下研究了包含横向自上而下裂缝的沥青路面。针对裂纹与车轮之间的不同距离,计算应力强度因子(SIF)和T应力。发现所有三个模式(I,II和III)都存在于裂纹变形中。 K_I,K_(II),K_(III)和T的符号和大小明显取决于车轮相对于裂纹平面的位置。如果其中一个车轮非常靠近裂纹平面,则与应力强度因子相比,T应力的大小相当大。

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