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 …

This study discusses the mechanism for the changes in the compressive properties of
internally cracked concrete due to expansion phenomena. The internal crack patterns due to …

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 alkali-silica reaction (ASR) is one of the most serious durability issues affecting the
safety of concrete structures. Numerical simulation is useful for monitoring the internal …

In this study, the fracture process of concrete in the presence of alkali silica reaction (ASR)
cracks under compressive stress was evaluated. Concrete specimens damaged by ASR …

In this study, the expansion behavior, surface and internal crack developments due to the
alkali–silica reaction in two types of reinforced concrete prisms with and without stirrups are …

In this study, the expansion and deformation of alkali–silica reaction (ASR)-affected concrete
structures under natural environment and multiaxial stress state are predicted. 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 alkali‐silica reaction (ASR) is one of the durability issues that affect the safety of
concrete structures. Numerical simulation is useful for monitoring the internal condition of a …