Cement production is classified as a highly contaminating process in recent decades, and
numerous efforts have been accomplished to reduce cement used in construction for more …

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

This paper aims to investigate the latest advancement in physical and chemical activation
strategies for ultra-high performance concrete (UHPC), addressing challenges such as high …

The present investigation evaluates the impact of the partial substitution of cement and
microsilica (MS) by mineral admixtures such as calcium carbonate and milled glass powders …

Abstract Ultra-High-Performance Concrete (UHPC) represents an exceptionally durable
construction material distinguished by its notable strength, ductility, and durability. Previous …

In view of its high strength and durability, reactive powder concrete (RPC) is a promising
construction material. The replacement of cement and silica fume with sustainable …

In recent years, constructing environmentally friendly buildings, also known as green
buildings, has become a crucial aspect of sustainable development principles. This …

The creation of ultra-high-performance concrete (UHPC) requires a huge amount of cement.
However, the production of cement raises environmental concerns related to non-renewable …

Glass materials play a vital role in scientific research and engineering applications.
Biomolecular noncovalent glasses (BNG), based on amino acids and peptides, have been …

Combining ultra-high-performance concrete (UHPC) and perfobond strip connectors (PBLs)
to strengthen deteriorated steel columns has become a competitive repair method, but the …