The mesoscale fiber–matrix interfacial transition zone (FM-ITZ) under induced curing
pressure plays a key role in the effectiveness of fiber reinforcement and the engineering …

This paper presents an experimental investigation on the strength properties of fiber-
reinforced clayey soil stabilized with lime or cement at lower content (5% by weight) cured …

The current study investigated the effects of cement and Kenaf fiber (KF) on sandy soil, in
terms of cement content and KF content and length as the assessment values. For this …

Owing to the environmental pollution of industrial waste materials and the consideration of
pozzolanic materials of the coal wastes (CW), the availability and economic cost of its …

It is a good practice to change the soil properties when dealing with inappropriate soils in
geotechnical engineering, which is referred to as soil improvement. In this study, the effect of …

Earth structures like roads and railways in cold regions face recurring freeze-thaw (FT)
cycles, leading to issues often overlooked by design guidelines that focus primarily on …

This study aims to evaluate the effects of cement on the mechanical behavior of loess and
clayey soil, and various laboratory tests have been conducted to do so. Such laboratory tests …

Interests in the use of natural fibers as soil reinforcement are developing rapidly due to their
cost effectiveness, high availability, and eco-friendliness. Many published studies …

In this study, 72 consolidated drained triaxial tests have been carried out to evaluate the
effect of relative density, weight ratio of fibers, weight ratio of cement and confining pressure …

The behavior of soil reinforced with barley straw fibers was investigated in the current study.
Several static triaxial tests were performed to assess the mechanical behavior of Babolsar …