This article presents the potential application of paper/wood industry waste by-products, ie
lignosulphonate (LS) in conjunction with lime (LM)[ie LS-based cementing admixture …

This paper presents a pilot experience of applying a novel, high-performance and
sustainable material for pavements: a Porous Asphalt (PA) mixture that incorporates Ladle …

The increasing demand for the development and expansion of transport infrastructures
requires alternative solutions that are economically and environmentally viable to provide …

Ladle furnace slag (LFS), a by-product of steel refining, shows a promising reuse pathway
as an alternative additive or substitute for Portland cement due to its high alkalinity and …

The combined use of electric arc furnace slag fines (EAFSF) and ladle furnace slag fines
(LFSF) for soil stabilisation was not evaluated in previous works. Previous studies reported …

In the present study, a simplex-extreme vertices methodology was applied to investigate the
optimal proportions of recycled aggregates from construction and demolition waste (CDWr) …

In this paper, the performance of ladle furnace slag (LFS), a by-product of secondary steel
refining, is evaluated as a binder to stabilize clayey soils of low bearing capacity. The aim is …

The large amount of solid waste generated by industry is a concern for society. A possible
solution is to incorporate these wastes into soils to improve their properties and contribute to …

Integrating industrial wastes into soils to enhance their properties is a potential solution to
current waste management challenges. Since the current literature lacks systematic studies …

The stabilization of soft clayey soils to improve their stress–strain behavior is one of the most
widely used geotechnical engineering techniques. Traditionally, lime and cement have been …