Alkali-activated materials are environmentally friendly gelling agents that have been
intensively studied in soil solidification over a long period of time. Currently, there is little …

To mitigate the negative environmental effects of the overuse of conventional materials—
such as cement—in soil improvement, sustainable engineering techniques need to be …

Expansive soil covers the vast area of Mengzi, Yunnan, China, and creates numerous
hazards for construction projects. When treating expansive soil, a modifier is usually added …

To improve the problem of collapsibility of loess, adding industrial materials such as cement
is common engineering treatment, but this seriously damages the reclamation performance …

The silt in the alluvial plain of the Yellow River is characterized by uniform particle size, high
porosity, and large material compressibility, which poses a challenge for filling roadbeds in …

Lignin as an eco-friendly material is being studied in the field of soil modification. To
examine its feasibility and performance in solidifying loess, this study carried out a series of …

Utilizing regenerated polyester fibers (RPFs) for the reinforcement of silty road bases not
only enhances the soil's engineering performance but also offers a sustainable method for …

为有效改善黄土的动力易损性, 选取新型环保加固材料木质素作为改良材料. 基于室内试验,
研究了不同掺量木质素改良黄土的动本构关系, 分析了不同木质素掺量的改良黄土的滞回曲线 …

To effectively improve the dynamic vulnerability of loess, lignin is selected as the
environmentally friendly material to enhance the loess. Based on the dynamic triaxial tests …

To mitigate the negative environmental effects of the overuse of conventional materials—
such as cement—in soil improvement, sustainable engineering techniques need to be …