Utilisation of potentially alkali–silica reactive aggregates requires reliable performance tests
to evaluate the alkali–silica reactivity of various aggregate combinations, including their …

This paper provides a critical evaluation of the various methods available for testing the
efficacy of measures for preventing expansion due to alkali–silica reaction (ASR) in concrete …

A large number of structures especially in high humidity environments are endangered by
Alkali–Silica Reaction (ASR). ASR leads to the formation of an expansive gel that imbibes …

This paper presents a hybrid machine learning method for the prediction of concrete
expansion induced by alkali-silica reaction (ASR) and assembles a comprehensive and …

The alkali–silica reaction is a universally known destructive mechanism in concrete that can
lead to the premature loss of serviceability in affected structures. Quite an enormous number …

Whether or not concrete prism tests developed for assessment of alkali–silica reactivity of
aggregates might be suitable for general ASR performance testing of concrete has been …

The influence of temperature on the expansive behavior and microstructural damage of
concrete due to the alkali–silica reaction (ASR) is studied experimentally by applying a new …

This paper presents a constitutive model for the simulation of temperature and relative
humidity effects on concrete expansion due to Alkali–Silica Reaction (ASR). The model was …

This paper presents the main findings in the EU PARTNER Project (2002–2006) providing
the basis for a unified European test approach for evaluating the potential alkali-reactivity of …

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 …