Ground improvement will be critically important in the present and future geotechnical
practice for designing the structures in weak soil. This paper presents a review of the recent …

Mud pumping in subgrade beds under ballastless tracks will deteriorate the dynamic
performance of infrastructure under railway lines, reduce the smoothness of the railway …

The recycling and reuse of construction waste have not only effectively protected natural
resources but also promoted the sustainable development of the environment. Therefore, in …

So far, many studies have been completed on the traditional soil stabilisation using cement
or lime, however, very limited literatures pay attention to the mechanical behavior of …

Over the last decades, numerical modelling has gained practical importance in geotechnical
engineering as a valuable tool for predicting geotechnical problems. An accurate prediction …

Chemical grouting is a widely applied technique which consists of solution-based binders
injected to improve hydro-mechanical parameter of soils. Several studies are available in …

The discard of recycled road demolition waste (RDW) leads to natural resource waste and
environmental problems. The RDW is reused as road base, which is a sustainable …

The performance of marine clay (MC) treated with embedded polyurethane (PU) piles under
vertical load is assessed through three-dimensional finite element (FE) simulations. The …

Crucial mechanical-chemical (MC) interactions occur during the cement hydration process
in cement marine clay; however, the role of such an important element of the resulting …

This research employed cementitious materials to alter the engineering characteristics of
expansive soil. Tests were conducted on both treated and untreated soil samples, using …