Reinforcing structural members and construction materials using recycled fibers has
become popular in the past decades due to sustainable development concerns. The …

Since the concept of sustainable development enjoys popular support in the 21st century,
various kinds of unconventional materials were introduced for soil improvement in the past …

Many studies have been carried out on the influence of freeze–thaw cycles on the
mechanical behavior of cement-or lime-stabilized soils. However, very limited studies have …

To investigate the effects of fiber, cement and freeze-thaw cycles on the cement-treated clay
and fiber and cement stabilized clay, a series of freeze-thaw tests with no water supply …

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 microstructural and resistance properties of fine-grained soils can remarkably alter
under freeze-thaw cycles in seasonally frozen regions. Although treated soils have better …

Due to the loose packing of natural sand, great efforts have been intended to achieve its
stabilization and prevent associated engineering failures. As a new soil reinforcement …

Waste generated by the processing of natural stone poses environmental and economic
problems. One promising use for stone waste is soil stabilization. In this paper, a number of …

In order to study the strength properties of the weak soil reinforced by fibers, a series of
unconsolidated undrained triaxial compression tests of fine-grained soil subjected to freeze …

Thermal cycles can remarkably alter the geological and resistance properties of soil beneath
structures. This research examined the effect of simultaneous use of glass fiber and nano …