In order to examine the mechanical performance of iron tailings powder (ITP) with
compound admixture of cement and nano-clay, the mixture ratio of different cement and …

Abstract Evaluation of the strength of cement-treated clay with a broad range of mix ratios
and curing periods was conducted using unconfined compression tests (UCTs). The …

The construction industry is characterized by high energy consumption and high carbon
emissions. With growing concern about climate change, environmental protection is …

The characteristics of nanometer magnesium oxide (nano-MgO) admixed cement in the
treatment of clay were studied in direct shear tests. The chemical resistance of the admixed …

Calcareous sand is characterized by low strength, multiporosity, and high‐pressure
shrinkage. This often leads to poor engineering properties. Therefore, it is often necessary to …

A soil–rock slope is a heterogeneous slope composed of soil and rocks that is widely
distributed throughout the world. In order to accurately analyze the slope stability of soil–rock …

The resource utilization of iron tailings is of great significance for all countries in the world.
Considering the particle composition and physicochemical characteristics of iron tailings …

In this study, to support slope stability estimating engineering, the stability of a slope with
cracks lying on two‐layered slopes was investigated by a self‐developed adaptive element …

The stress–strain behavior of nano magnesia-cement-reinforced seashore soft soil (Nmcs)
under different circumstances exhibits various characteristics, eg, strain-hardening behavior …

In recent years, the search for the best additive material to stabilize soft soil for the purpose
of overcoming the persistent soil problem, has been in progress. Not only in order to obtain …