Natural sand has a loose and porous structure with low strength, and is prone to many
geoengineering problems that cause huge losses. In this study, an organic polymer-polymer …

Sand instability is always an intractable problem in geotechnical engineering and its
reinforcement using additives is an effective method. This paper introduces the organic …

Traditional soil additives like Portland cement and lime are prone to cause the brittle fracture
behavior of soil, and possibly, environmental impacts. This study explores the potential use …

Natural sand can be heavily eroded due to its weak internal cohesion, and most solutions
are reinforced by recovering particle connections regardless of their environmental impact …

Air-hardening organic polymer (AHOP), a new soil stabilizer, can form a cross-link among
soil particles with high strength and toughness. In this study, the effect of the polymer content …

As renewable and environment-friendly materials, coir and sisal natural fibers can be used
in soil reinforcement with minimum cost and other benefits. In this study, we focused on their …

A considerable number of engineering hazards are caused by loose internal structure of
sands. Thus, many researchers have explored a variety of reinforcement methods. A new …

The compressibility and rebound properties of sand reinforced with polymer and fibers were
studied with respect to polymer content, dry density, and types and content of fibers using …

Extensive efforts have been made to strengthen sand to resist erosion. In this study, a new
method for treating sand with a hydrophilic dispersion polymer binder (HDPB) was …

Soil stabilization using polymers and fibers has been widely investigated in recent years.
This study introduces an innovative approach by integrating synthetic polymer (AH polymer) …