Alkali-aggregate reaction (AAR) is a prominent degradation mechanism of concrete structures, which results from the dissolution of reactive silicate aggregates and the associated formation of damaging, expansive AAR gels. Due to the complex nature of AAR reactions, it has remained ambiguous which factors contribute the most to its occurrence on a global scale. Similarly, concrete monitoring in Finland has only recently begun to adapt to the reality that AAR often occurs concomitantly with other degradation mechanisms such as freeze-thaw damage, highlighting the need for critical evaluation of current methods to identify AAR occurrence and distinguish it from these other mechanisms. Machine learning (ML) provides a data-driven framework for ...
Aggregate alkaline corrosion of cement in concrete is going to respond in sodium and potassium hydro...
The authors talked about Alkali-Silica Reaction (ASR) as one of the significant detrimental reaction...
La r\ue9action alcalis-granulats est une cause courante de fissuration du b\ue9ton, qui entra\ueene ...
Alkali-aggregate reaction (AAR) is a prominent degradation mechanism of concrete structures, which r...
Finland has typically been considered a country with very durable granitic aggregate that is used in...
Alkali-aggregate reaction (AAR) can cause damage to concrete structures, which can vary from serious...
In Central Europe and Scandinavia, alkali-aggregate reaction (AAR) typically occurs in massive concr...
In Central Europe and Scandinavia, alkali-aggregate reaction (AAR) typically occurs in massive concr...
Diagnosis of damage to concrete in structures caused by Alkali-Aggregate Reaction (AAR) often involv...
Alkali-aggregate reaction (ASR) in concrete is one of the least dealt with concrete degradation mech...
La réaction alcalis-granulat (RAG) fait partie des principaux processus affectant la durabilité des ...
Alkali-aggregate reaction is a common cause of concrete cracking that results in significant damage ...
International audienceAlkali-aggregate reaction (AAR) is a deleterious reaction that affects a large...
Alkali Aggregate Reaction (AAR) is a deterioration mechanism which affects concrete structures all o...
Aggregate alkaline corrosion of cement in concrete is going to respond in sodium and potassium hydro...
Aggregate alkaline corrosion of cement in concrete is going to respond in sodium and potassium hydro...
The authors talked about Alkali-Silica Reaction (ASR) as one of the significant detrimental reaction...
La r\ue9action alcalis-granulats est une cause courante de fissuration du b\ue9ton, qui entra\ueene ...
Alkali-aggregate reaction (AAR) is a prominent degradation mechanism of concrete structures, which r...
Finland has typically been considered a country with very durable granitic aggregate that is used in...
Alkali-aggregate reaction (AAR) can cause damage to concrete structures, which can vary from serious...
In Central Europe and Scandinavia, alkali-aggregate reaction (AAR) typically occurs in massive concr...
In Central Europe and Scandinavia, alkali-aggregate reaction (AAR) typically occurs in massive concr...
Diagnosis of damage to concrete in structures caused by Alkali-Aggregate Reaction (AAR) often involv...
Alkali-aggregate reaction (ASR) in concrete is one of the least dealt with concrete degradation mech...
La réaction alcalis-granulat (RAG) fait partie des principaux processus affectant la durabilité des ...
Alkali-aggregate reaction is a common cause of concrete cracking that results in significant damage ...
International audienceAlkali-aggregate reaction (AAR) is a deleterious reaction that affects a large...
Alkali Aggregate Reaction (AAR) is a deterioration mechanism which affects concrete structures all o...
Aggregate alkaline corrosion of cement in concrete is going to respond in sodium and potassium hydro...
Aggregate alkaline corrosion of cement in concrete is going to respond in sodium and potassium hydro...
The authors talked about Alkali-Silica Reaction (ASR) as one of the significant detrimental reaction...
La r\ue9action alcalis-granulats est une cause courante de fissuration du b\ue9ton, qui entra\ueene ...