Landslides are natural hazards that cause severe casualties and financial losses. There are
various methods used to analyze landslides; among these, geotechnical and geophysical …

Identifying near-surface lithological conditions is crucial for investigations such as building
foundations, engineering projects, and groundwater resources, among others. Geotechnical …

The pore structure and strength of loess itself will change significantly in the process of
mixing organic matter, which, as the main component of solid waste at present, is of great …

Soil moisture content and soil pH values, especially in the surface layers of the soil play a
significant role in agriculture production in hydrological processes, meteorology observation …

Geotechnical parameters are crucial for mine planning and operation at different stages of
development. However, estimating these parameters requires a large number of boreholes …

Subsurface investigation is one of the most critical phases of any construction project. An
insufficient subsurface investigation is the primary source of change orders in 20 to 50% of …

With an emphasis on establishing a connection between electrical and sub-surface hydro-
geophysical features of soils, a critical evaluation of electrical resistivity technique …

This paper addressed the challenge of effectively evaluating and controlling the compaction
quality of cement-stabilized subgrade soil during construction. It proposed using soil …

This paper presents the multiple linear regression (MLR) soil strength models developed
from electrical resistivity and seismic refraction tomography. The multiple linear regression …

Recently, a lot of engineering constructions have been carried out in the Loess Plateau of
China. However, the collapsibility of compacted loess as a filler poses a potential threat to …