In order to realize the complete recycling of waste concrete, this paper used waste concrete
powder (WCP), fly ash (FA) and granulated ground blast furnace slag (GGBS) as raw …

This paper presents the measurement and analysis of energy consumption of a laboratory
jaw crusher during concrete recycling. A method was developed to estimate the power …

This investigation examines the impact of different CO 2 curing concentrations on the
mechanical and microstructural properties of recycled concrete aggregates, aiming to …

The reuse and recycling of construction and demolition waste is becoming an advisable
choice to reduce the consumption of key raw materials and the environmental impact …

This paper deals with the production of artificial aggregates based on the recycled fine
fraction (≤ 4 mm) from construction demolition waste. Concrete powder, brick powder and …

The utilization of waste materials like bio-binders and fine aggregates in construction is
crucial for achieving environmentally sustainable building practices. By reusing these …

Recycling construction wastes as aggregates to replace natural sources to produce concrete
has attracted the attention of many researchers and is necessary for sustainable …

Soil erosion is a detrimental consequence of water flow that poses serious threats to the
functionality/stability of earthen structures, dykes, river banks, canals, etc. Soil …

The complex physical properties of recycled fine aggregate affect the rheological and
mechanical properties of mortar, thereby limiting its application in cement-based materials …

The valorization of secondary sands is crucial for fostering a circular economy within the
construction sector. One significant obstacle in this endeavor stems from the high water …