The global demand for coal is projected to increase in the current decade despite concerns
regarding climate change, which will lead to an increasing volume of coal waste products …

The popularity of concrete has resulted in the considerable consumption of natural
resources and significant emission of CO 2 gas into the atmosphere. The key constituents of …

Brittle cracking is one of the most important causes of catastrophic destruction in structures
and infrastructures made of cement-based materials. Researchers have tried to reduce the …

As the global population and industrial and commercial activities continue to expand, the
accompanying amount of industrial and solid waste increases constantly. The subject of …

The preservation of structural integrity and durability is essential for the long-term viability of
civil infrastructure projects. Addressing concrete defects promptly is crucial to achieving this …

Anthropogenic climate change, global warming, environmental pollution, and fossil fuel
depletion have been identified as critical current scenarios and future challenges. Cement …

Steam curing is usually used in the production of precast concrete for modern industrial
buildings. To promote the recycling of industrial waste and further reduce the amount of …

Industrial solid residual waste (ISRW) generated during and/or due to the making of energy,
heat, and raw materials poses a major threat to a sustainable future due to its large …

Coal bottom ash (CBA) is claimed to carry some pozzolanic qualities that can be stimulated
by pre-treatment. This study investigates the feasibility of partially replacing ordinary …

This study investigates the strength and permeability properties of pervious concrete-
containing coal bottom ash (CBA) aggregates. Two pervious concrete mixtures were …