The properties of concrete are degraded during service by coupled physical and chemical
processes that operate at several length scales, and the prediction of its performance in …

The construction industry is facing a shortage issue of river sand, therefore broadening new
sources of fine aggregate is imminent. This paper demonstrates the feasibility of a recycled …

Aggregate interlocking concrete (AIC) is a kind of high-performance concrete with high
aggregate content. Compared with normal concrete, AIC has the advantages of fast …

Recycled glass has been demonstrated to be a sustainable alternative for sand in concrete,
which can tackle the stockpiling of waste glass and shortage of natural aggregate. However …

This study aims at developing an analytical model to predict alkali-silica reaction (ASR)
induced expansion in concrete considering the aggregate cracking and changes in the …

One of the most serious serviceability concerns for reinforced concrete (RC) structures is
expansion and cracking resulting from the alkali-silica reaction (ASR), which has a negative …

The bond performance between rebar and concrete is essential for the safety of RC
structures. There is a need for research on bond deterioration due to the alkali-silica reaction …

This study presents a homogenization approach to understand and simulate the
heterogeneous expansion of irregularly shaped aggregate induced by alkali-silica reaction …

This study aims to investigate the crack-filling effect of gel generated by the alkali–silica
reaction (ASR) on the mechanical behavior of concrete and propose an analytical model to …

The structural performance of reinforced concrete (RC) members affected by alkali–silica
reaction (ASR) is difficult to predict because of the multi-scale phenomena. Recent structural …