A crucial factor in the efficient design of concrete sustainable buildings is the compressive
strength (Cs) of eco-friendly concrete. In this work, a hybrid model of Gradient Boosting …

Modern mining and metal ore smelting produce vast tailings, increasing heavy metal
pollution. The study of heavy metal occurrence forms is a promising way to remediate …

Recycled powder (RP) serves as a potential and prospective substitute for cementitious
materials in concrete. The compressive strength of RP mortar is a pivotal factor affecting the …

This work investigates the use of supervised learning algorithms to predict temperatures in
an experimental test bench, which was initially designed for studying nucleate boiling …

Utilizing iron tailings powder (ITP) as supplementary cementitious materials (SCMs) has
significant economic and environmental benefits, while the low pozzolanic activity of ITP …

Due to the complexity of the reaction mechanism of calcium-silicate-hydrate (CSH) seeds in
cement, the influence pattern of various factors, especially Ca/Si, on the acceleration ability …

Copper mining produces significant amounts of copper mine tailings (CMT), necessitating
appropriate waste handling and disposal practices. By substituting a portion of cement with …

The success of machine learning in real-world use cases has increased its demand in
mission-critical applications such as autonomous vehicles, healthcare and medical …

Iron ore tailings (IOTs) need to be properly managed to mitigate the environmental, social,
and economic impacts of mining activities. To cope with this issue, we use data envelopment …

The construction industry is shifting towards sustainability, emphasizing the need for
innovative materials. Recycled Aggregate Concrete (RAC), utilizing recycled aggregates …