Investigation on three-dimensional failure criterion of asphalt mixture considering the effect of stiffness

Practical Numerical Tool for Marshall Stability Prediction Based On Machine Learning: An Application for Asphalt Concrete Containing Basalt Fiber

“…To predict the MS of basalt fiber asphalt concrete, a database comprising 128 experimental results was compiled from 18 works: Zheng et al [14], Zhao et al [15], Cheng et al [16], Wang et al [17], Cheng et al [18], Wang et al [19], Fan et al [20], Tan et al [21], Fan et al [22], Chai et al [23], Cheng et al [24], Wang et al [25], Zheng et al [26], Zhao et al [27], Wu et al [28], Liu et al [29], Huang et al [30], and Morova [31]. For the asphalt concrete samples using basalt fiber, three distinct sets of input parameters were considered: those related to basalt fiber, those related to asphalt binder, and those related to aggregate gradation.…”

A study on the influences of a hygrothermal environment on the compressive strength and failure criteria of asphalt mixtures based on true triaxial tests

“…Based on the abovementioned studies, researchers have performed research on the triaxial stress strength criterion of asphalt concrete. Huang et al [39,40,41,42] proposed failure criteria based on the octahedral stress space under true triaxial loading, but transverse loading was not considered in the experiments. Suo [43] determined the elastic limit of asphalt concrete based on the true triaxial test in the field of on-line elasticity.…”