| Author(s) | Title |
Einarsdottir, Soley U. Hooton, R. Douglas. |
Modifications of the Concrete Prism Test when Testing Low-Alkali Cement With SCM Systems for Mitigation of Alkali-Silica Reaction |
Wood, Stephanie G. Sutton, Ashley V. Giannini, Eric R. |
Tracking Alkali Migration and Leaching in the Autoclaved Concrete Prism Test |
Wood, Stephanie G. Kimble, Margaret L. Klenke, Nathan D. Fiore, Bryce. Tanner, Jennifer E. Giannini, Eric R. |
Inter-Laboratory Comparison of Expansions from the Autoclaved Concrete Prism Test |
| Shrimer, Fred. Hudson, Benjamin. |
Post-Mortem Review of Concrete Prism Test Specimens: Petrographic Observations |
Hooton, R. Douglas. Golmakani, Farideh. |
Improving the Reliability of the ASTM c1260 Accelerataed Mortar Bar Test |
Mukhopadhyay, Anol K. Liu, Kai-Wei. |
Developing a Rapid Concrete Test to Assess Alkali-Silica Reaction |
Wigum, Børge Johannes. Lindgård, Jan. |
Rilem Technical Committees (TCs) – Past and Present. TC 258-AAA: Avoiding Alkali Aggregate Reaction (AAR) in Concrete – Performance Based Concept (2014 – 2019) |
dos Santos Petry, Natália. Masuero, Ângela Borges. Ana Paula. Kirchheim, |
Alkali Silica Reaction in Aggregates Derived from the Valorisation of Wastes from the Agate Mining |
Yamada, Kazuo. Sagawa, Yasutaka. Nagase, Takahiro. Ogawa, Shoichi. Kawabata, Yuichiro. Tanaka, Akihiro. |
Importance of Alkali-Wrapping in Concrete Prism Tests |
Deboodt, Tyler. Wilson, Andrew. Ideker, Jason H. Adams, Matthew P. |
Re-Evaluation of Testing Parameters in the Accelerated Mortar Bar Test |
Pouhet, Raphaëlle. Cyr, Martin. Multon, Stéphane. |
Can Metakaolin-Based Geopolymers Suffer from Alkali-Silica Reaction? |
Sirivivatnanon, Vute. South, Warren. Thomas, William A (Tony). |
The Use of Accelerated Mortar Bar Expansion Rates and Reaction Kinetic Model in Detecting Alkali-Silica Reactive Aggregates |
Stacey, Stephen. Folliard, Kevin. Drimalas, Thano Thomas, Michael D.A. |
An Accelerated and More Accurate Test Method to ASTM c1293: the Concrete Cylinder Test |
Santos Silva, António. Fernandes, Isabel. Soares, Dora. Custódio, João. Ribeiro, A. Bettencourt. Ramos, Violeta. Medeiros, Sara. |
Portuguese Experience in ASR Aggregate Assessment |
Santos, Miguel Barreto. Santos Silva, António. de Brito, Jorge. |
ASR Impact on Concrete With Recycled Aggregates |
Fernandes, Isabel. dos Anjos Ribeiro, Maria. Martins, Helena CB. Noronha, Fernando. Soares, Dora. Santos Silva, António. Broekmans, Maarten ATM. Sims, Ian. |
To Be or Not To Be… Alkali-Reactive. A Challenge for the Petrographic Method |
Menéndez, E. García-Rovés, R. Aldea, B. Ruíz, S. |
Alkali Release of Aggregates. Effectiveness of Different Solutions and Conditions of Test |
Ideker, Jason H. Drimalas, Thano Fournier, Benoit Folliard, Kevin J. Hooton, Doug Thomas, Michael D.A. |
Managing Alkali-Aggregate Reactivity: North American Approach |
Silva, Aluisio Caldas e. Torres, Sandro Marden. Vieira, Andressa de Araújo P. Cavalcanti, Alberto Jorge C. T. Silva, Patrícia Neves Andrade, Tiberio W. C. O. |
Potential of Non-Destructive and Micro Analytical Techniques Applied to the Study of Damage Assessment and Mitigation in ASR Prone Structures |
Torres, Sandro Marden. Andrade, Tiberio W. C. O. Barbosa, Normando Perazzo. Gomes da Costa, Ricardo V. Barreto, Aerson M. Filho, Marçal R.F.Lima Leal, Antônio.F. |
Elemental and Phase Characterization of Coarse Aggregates Commercially Available for Concrete Production in the Brazilian Northeast |
Fischer, Kai. Urbonas, Liudvikas. Heinz, Detlef. |
Alkali Silica Reaction in Concrete With Granite – Laboratory Tests and Real Service Conditions |
Torii, Kazuyuki. Kubo, Tetsuji. Sannoh, Chikao. Kanitani, Maki. |
The Alkali-Silica Reactivity of Andesitic River Aggregates and ASR Mitigation Effect by Using Fine Fly Ashes |
Yamada, Kazuo. Tanaka, Akihiro. Oda, Satoshi. Sagawa, Yasutaka. Ogawa, Shoichi. Ochiai, Takamasa. |
Exact Effects of Temperature Increase and Alkali Boosting in Concrete Prism Tests With Alkali Wrapping |
Justnes, Harald. Lindgård, Jan. Haugen, Marit. Rodum, Eva. Pedersen, Bård. Myung-soo, Shon. |
Can Light Weight Aggregate (LWA) Lead to Harmful ASR in the Field? |
Rangaraju, Prasada R. Afshinnia, Kaveh. Enugula, Sai Sudhir R. Latifee, Enamur R. |
Evaluation of Alkali-Silica Reaction Potential of Marginal Aggregates Using Miniature Concrete Prism Test (MCPT) |
Chappex, Théodore. Sofia, Lionel. Dunant, Cyrille. Scrivener, Karen. |
A Robust Testing Protocol for the Assessment of ASR Reactivity of Concrete |
Yüksel, Cihat. Andiç-Çakır, Özge. Ramyar, Kambiz. |
Assessment of Expansion Levels of Various Mixtures With Multiple Exposure Conditions (Consecutive Freeze-Thaw and ASR Cycles) |
Medeiros, Sara. Fernandes, Isabel. Nunes, João Carlos. Fournier, Benoit. Santos Silva, António. Soares, Dora. Ramos, Violeta. |
The Study of the Azorean Volcanic Aggregates from the Point of View of Alkali Silica Reaction |
Rodrigues, Andreia. Duchesne, Josée. Fournier, Benoit. |
Evaluation of the Deleterious Character of Siliceous Aggregates Incorporating Sulfide Minerals |
