The durability of concrete has attracted significant attention over the past several decades
and is still a research hotspot until now. This paper reviews and discusses recent research …

National/international standards assign the physical and mechanical properties of natural
aggregate (NA) to predict the specified properties of natural aggregate concrete (NAC) …

This study investigated the compressive strength and durability of concrete containing clay
brick waste powder (CBWP) and ceramic waste aggregate (CWA). First, we applied the …

The incorporation of natural pozzolans into the binder has been considered as an effective
method for reducing the climate change impact of concrete mixtures. When quantifying the …

Currently, the C 3 A content of binders is considered the most important factor contributing to
external sulphate attack (ESA) deterioration. However, portlandite is also deemed to play a …

Abstract Properties of concrete subjected to drying-wetting cycles in different types of sulfate
solutions were investigated in this paper. The corrosion solution includes three types …

This study investigates the effects of electric arc furnace (EAF) slag aggregate and fly ash on
compressive strength and durability properties (ie water absorption, abrasion resistance …

The paper deals with the results of sulfate resistance of eight concrete mixtures with coarse
recycled concrete aggregate/natural aggregate, CEMI/CEMIII and two different water-to …

Performance evolution of different types of interfacial transition zones (ITZs) contained in
recycled aggregate concrete (RAC) under external sulfate attacks coupled with dry-wet …

Globally very large amounts of natural resources are being consumed every year due to the
rapid growth of the demand for concrete in the construction industry. To address this …