Granular soils are abundant in nature and extensively used for engineering purposes.
Understanding the correlation between particle breakage and its mechanical response of …

The wide application of intelligent compaction in subgrade construction is limited by the
evaluation accuracy. The current practice assumes the compacted site as a homogeneous …

The global construction of rockfill dams has now surpassed the 300 m height level. Despite
great achievements in dam design and construction, monitoring techniques have lagged …

This paper investigates the effect of grain form on the mechanical behaviour of a railway
ballast aggregate using large-scale shear box tests. The speciality of the research is that …

The current methodology of assessing the compaction characteristic of subgrade fillers is
time-consuming. The spot-sampling method and the following laboratory tests bring bias to …

Taking particle shapes into consideration is an inevitable trend in simulating geotechnical
granular matters. However, the computational costs involving irregular shapes are …

Numerical analyses for the post-failure behaviors of soil-rock mixture (SRM) slope often
encounter the difficulties of reconstructing the highly heterogenous soil-rock structures. The …

摘要川渝地区公路工程建设中ꎬ 常形成红层高填路堤ꎬ 其沉降及稳定特性决定了工程安全及
质量ꎮ 以乐山至西昌高速公路某处取样ꎬ 室内测得红层填料物理力学参数后ꎬ 考虑粒度分布 …

Soil–rock mixture (S–RM) is a natural geomaterial with multiple grain grades. It has dramatic
trans-scale and hierarchical natural characteristics, and its mechanical properties are …

The ultrasonic pulse velocity (UPV) correlates significantly with the density and pore size of
subgrade filling materials. This research conducts numerous Proctor and UPV tests to …