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TECHNICAL REPORT ST ABOARD TITLE PAGE 1. Report No. 3. Recipient 1 Catalog No. 2. Govenltftent Action No. FHA×TX90+4503F.t. Title OND Subtitle 5. Report Dote ALKALIAGGREGATE REACTION IN CONCRETE
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01
Start by thoroughly inspecting the concrete for any signs of alkali-aggregate reaction, such as cracking, staining, or disintegration.
02
Identify the source of alkalis, which could be from the cement, aggregates, or admixtures used in the concrete mix.
03
Determine the extent of the reaction by conducting laboratory tests on the affected concrete samples.
04
Once the reaction is confirmed, develop a plan to mitigate further damage and prevent it from spreading to unaffected areas.
05
Remove any loose or deteriorated concrete and clean the surface thoroughly to remove any alkali-rich materials.
06
Apply a compatible surface coating or treatment to create a barrier between the alkalis and the aggregates.
07
Consider modifying the concrete mix design in future projects to minimize alkali reactions, such as using low-alkali cement or non-reactive aggregates.
08
Regularly monitor the affected concrete for any signs of reactivity and perform necessary maintenance or repairs as needed.

Who needs alkali-aggregate reaction in concrete?

01
Civil engineers and structural designers who are involved in the construction of concrete structures need to be aware of alkali-aggregate reaction. They must understand the causes, prevention measures, and treatment options to ensure the durability and longevity of their designs.
02
Concrete contractors and workers who are responsible for placing and finishing concrete must be knowledgeable about alkali-aggregate reaction. They need to take necessary precautions during concrete placement and follow proper curing procedures to minimize the risk of alkali reactions.
03
Maintenance personnel and facility managers who oversee existing concrete structures need to understand alkali-aggregate reaction. They should be able to identify the signs of reactivity and implement appropriate maintenance strategies to prevent further damage and prolong the service life of the concrete.
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Alkali-aggregate reaction in concrete is a chemical reaction between the alkalis in Portland cement and certain minerals present in some aggregates.
Contractors and engineers involved in concrete construction projects are required to file alkali-aggregate reaction reports.
To fill out alkali-aggregate reaction reports, relevant data on materials used, testing results, and observations must be documented.
The purpose of alkali-aggregate reaction reports is to monitor and assess potential damage caused by the reaction, and to implement preventive measures if needed.
Information such as concrete mix design, aggregate types, testing methods used, and any observed signs of alkali-aggregate reaction must be reported.
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