In recent years, researchers have been focusing on develo** more sustainable
cementitious systems in order to curb the negative environmental impacts and disintegration …

Recently, the construction industry used innovative, cost-ecofriendly, and efficient materials
in infrastructure development to mitigate the negative impact on the environment due to …

Calcined clays emerge as a promising source of supplementary cementitious material,
which can provide a significant lowering of the Portland clinker content in blended cements …

Marine structures have suffered from seawater attacks for decades. Thus far, the best
approach to minimize the deleterious effects on these structures is to use high-strength, high …

Concrete elements used in underground structures and industrial areas are frequently
exposed to acid and sulfate attacks as a result of industrial growth and climate changes. In …

This paper evaluates how early aggressive exposure affects the sulfate resistance of
blended cements containing limestone filler and/or calcined clay. Mortar and cement paste …

The concrete industry is an important source of CO2 gas emissions. The cement used in the
design of concrete is the result of a chemical process linked to the decarbonation of …

Abstract Changes in coal-fired power technology have recently been introduced, influencing
emissions and efficiency, which may affect fly ash. Similarly, shortages of low lime fly ash …

An experimental investigation was conducted to investigate the performance of geopolymers
made with three different precursors consisting of fly ash, Ground Glass Fiber (GGF), and …

Over the vast Northwest China, arid desert contains high concentrations of sulfate, chloride,
and other chemicals in the ground water, which poses serious challenges to infrastructure …