Cement and concrete are vital materials used to construct durable habitats and infrastructure
that withstand natural and human-caused disasters. Still, concrete cracking imposes …

Self-healing concrete has established its effectiveness in repairing cracks, ultimately leading
to improved durability. Additionally, there is a need to ensure that other crucial mechanical …

This study aims to develop various machine learning (ML) models to investigate the self-
healing capacity of engineered cementitious composites (ECC) and to evaluate the effect of …

Abstract Ultra High-Performance Concrete (UHPC) has superior mechanical properties,
including high compressive strength, tensile strain hardening behavior, and self-healing …

There are growing concerns surrounding the premature degradation of concrete structures
worldwide. Undesirable cracks provide pathways for moisture and aggressive chemicals to …

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 …

Bio-inspired self-healing is an effective technique to extend the durability and longevity of
concrete infrastructures. However, factors influencing biomimetic crack healing need to be …

As a potential replacement for traditional concrete, which has cracking and poor durability
issues, self-healing concrete (SHC) has been the research subject. However, conducting lab …

Self-healing concrete has been studied as an alternative material to overcome problems
such as cracking and low durability of conventional concrete. However, laboratory …

The self-healing bioconcrete, or bioconcrete as concrete containing microorganisms with
self-healing capacities, presents a transformative strategy to extend the service life of …