This paper reviews numerical studies on the effect of expansion and damage due to alkali-
silica reaction (ASR) on the mechanical performance of concrete and reinforced concrete at …

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 …

The alkali–aggregate reaction (AAR) is a harmful chemical reaction that reduces the
mechanical properties and weakens the durability of concrete. Different types of activated …

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 …

Crack patterns affect the stress-transfer mechanism and thus have a significant impact on
the structural performance of reinforced concrete (RC) members. The alkali-silica reaction …

It is now desirable to establish a technique for long-term prediction of the effects of silane-
based impregnation agent on concrete structures exposed to various environments. To meet …