One of the widely used methods for improving the engineering performance of problematic
soils is in-situ or ex-situ mixing using various additives (conventionally cement and lime). In …

Assessing the subsurface geological conditions beneath a structure is crucial, as soils
inherently tend to lose intergranular strength when subjected to static or dynamic loads …

This research examined how changing the ratios of certain substances affected the strength
and durability of a specific type of building material when exposed to acid and heat. This …

The mechanical properties and microstructure of cement-based grouting materials are
important parameters affecting the quality of geotechnical engineering, which are limited by …

Forest roads are crucial for economic development and resource accessibility, especially in
regions with extensive wood demand driven by construction growth. These roads require …

Soils with a significant proportion of clay or silt tend to have poor geotechnical
characteristics (such as volumetric change and low strength) when exposed to varying …

Soft soil concerns, due to high compressibility and low bearing capacity, prompted an
investigation into stabilizing clay soil. Traditionally, binder including cement or lime has …

ABSTRACT Expansive soils like Black Cotton Soil, exhibit numerous engineering hurdles
due to their high swell-shrink behaviour, resulting in structural instability. Traditional …

Red clay is widespread in southern China, exhibiting undesirable properties of softening
upon contact with water and cracking after losing water. Using red clay as roadbed filler …

One of the widely used methods for improving the engineering performance of problematic
soils is in-situ or exsitu mixing using various additives (conventionally cement and lime). In …