Translated Articles

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Translated Articles

Volunteers from ACI’s international chapters and international partner associations have translated CI articles into several languages. This activity helps advance the mission of ACI by further disseminating knowledge of concrete technology around the world.

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Showing 171-175 of 260 search results

Thoughts Regarding Cement, SCMs, Concrete, and CO2

The article provides authors’ thoughts regarding current sustainability efforts within the cement and concrete industry and offers recommendations for future improvements. The opinions are based on topics presented at the virtual 11th ACI/RILEM International Conference on Cementitious Materials and Alternative Binders for Sustainable Concrete and published as SP-349.

Available in the following language(s): Spanish

The Eglinton LRT: How to Make a Big Impact with a Smaller Carbon Footprint

The Eglinton Crosstown Light Rail Transit is a large-scale transit project in the Toronto, ON, Canada area. The completed project will not only contribute to significant reductions in greenhouse gas (GHG) emissions by reducing reliance on car and bus transportation, but it also provided opportunities for further GHG emissions reductions during the construction process by using high-volume slag cement mixtures.

Available in the following language(s): Spanish

A Procedure to Evaluate the Potential for Drying Shrinkage Cracking of Concrete Under Restraint

Restrained shrinkage cracking caused by differential drying is a major factor in determining the long-term durability of concrete. The article provides a procedure to evaluate the potential for restrained shrinkage cracking as a basis for prequalification of concrete mixtures. The procedure involves simple calculations and using concrete properties obtained from standard tests.

Available in the following language(s): Spanish

ASCC Position Statement #46

Available in the following language(s): Spanish

Concrete Q&A: Vapor Is the Trojan Horse of Moisture in Concrete Slabs

This month’s Q&A features a discussion on moisture in concrete slabs-on-ground. It focuses on water migration; pH on slab surfaces; efflorescence; vapor retarders/barriers; slab curling; moisture in slabs; concrete exposure to water, sulfates, freezing and thawing, and chlorides; admixtures to stop vapor transmission; and concrete moisture and flooring installation.

Available in the following language(s): Spanish

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