The test method AAR-8 is intended to be used for assessing the potential amount of alkalis released by aggregates in field concrete in the long-term. This is done by measuring the amounts of sodium and potassium ions released from the fine graded (< 4 mm) aggregate immersed in (0.7 M) KOH and NaOH solutions, respectively, at elevated temperature when in contact with excess calcium hydroxide. It is of great importance to realise that this accelerated test method must be considered as a mere indication of potential (maximum) alkali release by the aggregates, rather than a quantification used for the alkali inventory calculations
The risk of alkali-silica reaction of concrete aggregates in many parts of the world remains largely...
Alkali-aggregate reactivity (AAR) is one of the major causes of damage in concrete. Potential suscep...
Alkali-aggregate reaction (AAR) is a chemical deterioration process which happens in concrete due to...
To create an international recommendation concerning the release of alkalis, test method AAR-8 was d...
Development and assessments of test methods, to avoid deleterious AAR in concrete, have been the foc...
Alkali release from aggregates can constitute a source of alkalis in concrete exposed to wet environ...
Since 1988, the International Union of Laboratories and Experts in Construction Materials, Systems a...
Since 1988, the International Union of Laboratories and Experts in Construction Materials, Systems a...
This paper proposes a simple model for predicting the development of deleterious expansion from alka...
A modified version of the ultra-accelerated concrete prism expansion test in alkaline solutions at 1...
The combination of a petrographic analysis with the ASTM C1260-94 mortar-bar expansion test in a 1 M...
Alkali-aggregate reaction is an expansive phenomenon that may deleteriously affect concrete. Its pre...
Alkali-aggregate reactivity (AAR) involves a reaction between the pore solution of concrete and cert...
WOS: 000386109900008The identification of alkali-reactive aggregates has been a challenge since alka...
Alkali-aggregate reactivity (AAR) is one of the major causes of damage in concrete. Potential suscep...
The risk of alkali-silica reaction of concrete aggregates in many parts of the world remains largely...
Alkali-aggregate reactivity (AAR) is one of the major causes of damage in concrete. Potential suscep...
Alkali-aggregate reaction (AAR) is a chemical deterioration process which happens in concrete due to...
To create an international recommendation concerning the release of alkalis, test method AAR-8 was d...
Development and assessments of test methods, to avoid deleterious AAR in concrete, have been the foc...
Alkali release from aggregates can constitute a source of alkalis in concrete exposed to wet environ...
Since 1988, the International Union of Laboratories and Experts in Construction Materials, Systems a...
Since 1988, the International Union of Laboratories and Experts in Construction Materials, Systems a...
This paper proposes a simple model for predicting the development of deleterious expansion from alka...
A modified version of the ultra-accelerated concrete prism expansion test in alkaline solutions at 1...
The combination of a petrographic analysis with the ASTM C1260-94 mortar-bar expansion test in a 1 M...
Alkali-aggregate reaction is an expansive phenomenon that may deleteriously affect concrete. Its pre...
Alkali-aggregate reactivity (AAR) involves a reaction between the pore solution of concrete and cert...
WOS: 000386109900008The identification of alkali-reactive aggregates has been a challenge since alka...
Alkali-aggregate reactivity (AAR) is one of the major causes of damage in concrete. Potential suscep...
The risk of alkali-silica reaction of concrete aggregates in many parts of the world remains largely...
Alkali-aggregate reactivity (AAR) is one of the major causes of damage in concrete. Potential suscep...
Alkali-aggregate reaction (AAR) is a chemical deterioration process which happens in concrete due to...