The replacement of new binders with traditional ones such as lime and cement has caught
the eye of researchers in recent decades. The majority of researchers rely on the use of …

This paper presents a brief state-of-the-art review of published research papers, and reports
focused on the modelling and testing of soft soils stabilized with deep soil mix (DSM) …

The potential and efficiency of using rice husk ash (RHA) to add up or partially replace
Portland cement in deep cement mixing technique are examined. A series of unconfined …

To mitigate environmental issues caused by conventional binders and gain superior
geotechnical properties, pozzolanic materials can be considered for soil stabilization …

Liquefaction occurs in loose saturated sand layers, inducing quite considerable damage to
the existing buildings and civil infrastructures. In the last few decades, scientific committees …

Abstract Lime and/or Ordinary Portland cement (OPC) are the traditional binders used in soft
soil stabilisation. However, their manufacture has a negative impact on the environment …

The growing trend towards cement production for civil engineering applications has caused
many environmental concerns, which can be addressed by the partial or total replacement of …

In recent years, the deep mixing technique that utilizes cement-based grout mixtures has
become a popular approach, particularly for the enhancement of soft soils. Despite the …

This study presents the effect of high plasticity on swell potential, swelling pressure and
micro-structural characteristics of kaolinite-bentonite mixed clays. Five different mix ratios of …

An experimental program was directed to the evaluation of the strength of soil (ball clay)-
cement, and soil (soft clay)-cement samples with different curing conditions; tap water, lime …