With civilization and urbanization growth, appropriate construction sites with satisfactory
geotechnical conditions become less available. Hence, the chemical stabilization of soil has …

Given the wide application of lime stabilized loess in road base and subbase, subgrade,
building foundations and slopes, a set of generalized and accurate mechanical estimation …

Previous studies have shown that structure has a significant influence on the mechanical
deformation of unsaturated loess, but there is little published information focused on the …

Ecological slope protection plays a crucial role in increasing slope stability and preventing
landslide disasters. The effectiveness of ecological slope protection is influenced by the …

Loess is the most common building material in Northwest China. However, because of its
loose accumulation, it is always unable to satisfy the requirements of actual engineering. In …

This study focused on the utilization of nano-MgO as an energy-saving and eco-friendly
stabilizer to improve the engineering performance of loess. To this end, loess samples at …

Earthen sites (ie, ancient earthen buildings) with important historical, cultural, artistic, social,
and scientific value have been seriously damaged. Soil treatment with chemical additives …

The aim of the study is to develop charts to select the most suitable stabilizer (ie cement,
lime and fly ash) for excavated soils and rocks (ESR) to improve their engineering …

Loess is a typical collapsible soil, which is widely distributed in the upper and middle areas
around the Yellow River of China. The stabilization of loess with lime provides a significant …

Determining a rational mix ratio for lime-fly ash-stabilized loess (LFSL) can achieve multiple
benefits of economy, environmental protection, and engineering quality improvement. This …