Fatigue Performance of Steel Slag SMC Ultrathin Abrasive Layer Under Strain Controlling Mode

Shuyun He; Lingling Gao; Chaoyang GuoXianhu WuJun Liu

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Fatigue Performance of Steel Slag SMC Ultrathin Abrasive Layer Under Strain Controlling Mode

机译：Fatigue Performance of Steel Slag SMC Ultrathin Abrasive Layer Under Strain Controlling Mode

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Recently, the warm mixing modified ultrathin abrasive layer has been paid great attention due to the green energy-saving strength. In regard to its durability, the study of the fatigue behavior of the SMC warm mixing modified ultrathin abrasive layer asphalt mixture was carried out under the strain controlling mode. The relationship among all characteristic parameters (bending stiffness modulus, normalized times, and products phase angle) and stress cycle times showed a similar three-stage change process, except for the accumulative dissipated energy. The transition point (Nf) between the second (RDEC2) and the third stage (RDEC3) was assumed to be the characteristic fatigue cracking sign for the SMC warm mixing modified ultrathin abrasive layer. In that case, supported by multiobjective system, the relative change of dissipation energy, rather than the 50% initial stiffness, was regarded as the appropriate fatigue cracking criteria.

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《Mathematical Problems in Engineering: Theory, Methods and Applications》 |2022年第43期|1.1-1.11|共11页
作者
Shuyun He; Lingling Gao; Chaoyang GuoXianhu WuJun Liu;
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作者单位

Cscec Road and Bridge Group Co. Ltd Shijiazhuang 050000;

Architectural Engineering School of Hebei University of Science & Technology Shijiazhuang 050000 ||School of Highway Chang’an University Xi’an 710064;

Inner Mongolia Autonomous Region Bureau for Supervision on Traffic Construction Engineering Quality Hohhot 010000Architectural Engineering School of Hebei University of Science & Technology Shijiazhuang 050000;

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正文语种英语
中图分类工程数学;
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Fatigue Performance of Steel Slag SMC Ultrathin Abrasive Layer Under Strain Controlling Mode

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