Dispersivity has long been a major concern in civil and geo-environmental engineering, as
well as in agricultural engineering and soil sciences. Dispersive clay soils are common, but …

Landslides, earthquakes, and other natural events can change the landscape and generate
human and economic losses, affecting transportation and public service infrastructure. In …

Dry-wet cycle induced loess spalling and collapse frequently occurs in the Loess Plateau,
which is an influential trigger for the instability of infrastructure. In order to evaluate the …

Frequent dry–wet cycles induced uneven settlement and slope failure of transportation
infrastructures in the Loess Plateau of China. Fiber reinforcement provides a method for …

Basalt fiber has unique advantages in the reinforcement of slopes and foundation. In this
study, triaxial shear tests under undrained unconsolidated conditions, digital image …

Soil reinforcement with fibers is a simple, efficient and low-cost (especially by incorporating
waste or recycled fibers) technique for enhancing mechanical characteristics of soft soils …

Engineering construction in loess areas often requires improvement of loess. Basalt fiber-
reinforced soil due to complexity of material composition often exhibits poorly predictable …

The deterioration of polypropylene fiber (PF) stabilized loess and its environmental
performance are crucial factors for assessing the effectiveness of its reinforcement against …

The study examined the use of two different types of glass fibres–Alkali Resistant (AR) Glass
Fibre and Electronic Grade (E) Glass Fibre as reinforcement in soils to improve its strength …

Constructing structures on lateritic soil is challenging in geotechnical engineering due to the
various physical and geotechnical characteristics. Many studies investigated different …