004882151986PDFResearch PaperAK-RD-86-28AdditivesAir entraining agentsConcrete mixersFreeze thaw durabilityHighwaysMaterialsI32: ConcreteAlaskaUnited StatesAlaska. Dept. of Transportation and Public FacilitiesBeach, WGAlaska. Dept. of Transportation and Public FacilitiesUS Transportation CollectionChemical additives are currently available which will cause Portland cement concretes to react, set and cure at temperatures below 0 deg C (32 deg F). Mixes have been developed which will gain strengths as high as 5000 PSI when placed and cured at below freezing temperatures. The work to date has not determined the long term freeze-thaw durability of such concrete; however, current state-of-the-art knowledge suggests that satisfactory long term du...
738036PDFResearch PaperLow temperature materialsAdmixturesConcrete pavementsCold weather constructio...
The behavior of internally cured high performance concrete, HPC, exposed to freezing and thawing cyc...
Composite cements offer low carbon alternatives to conventional CEM I. These also generally tend to...
0073780https://doi.org/10.21949/14045761996PDFTech ReportSpecial report 96-28PavementsPortland cemen...
This thesis examines the low-temperature strength development of portland cement concrete made with ...
Abstract: A number of experimental admixtures were compared to Pozzutec 20 admixture for their abili...
This report presents freeze-thaw durability results of anin vestigation regarding the application of...
In order to successfully place concrete in cold weather, certain established requirements must be me...
744952PDFResearch PaperCRREL-SR-97-26Cold weather constructionConcreteCortez, Edel R.Durning, Timoth...
Concrete is a porous material that allow water to penetrate into it, which will undergo “freeze-tha...
Internally cured (IC) concrete has been emerging over the last decade as an effective way to improve...
782283PDFResearch PaperConcreteAdmixturesChemicalsCold weather constructionKorhonen, Charles J.Cold ...
The Ohio Department of Transportation (ODOT) has developed a series of portland cement concrete mix ...
This study determined how replacing sodium nitrate-based antifreeze admixture (AF) with belite-calci...
Deterioration of concrete from freeze-thaw actions may occur when concrete is critically saturated, ...
738036PDFResearch PaperLow temperature materialsAdmixturesConcrete pavementsCold weather constructio...
The behavior of internally cured high performance concrete, HPC, exposed to freezing and thawing cyc...
Composite cements offer low carbon alternatives to conventional CEM I. These also generally tend to...
0073780https://doi.org/10.21949/14045761996PDFTech ReportSpecial report 96-28PavementsPortland cemen...
This thesis examines the low-temperature strength development of portland cement concrete made with ...
Abstract: A number of experimental admixtures were compared to Pozzutec 20 admixture for their abili...
This report presents freeze-thaw durability results of anin vestigation regarding the application of...
In order to successfully place concrete in cold weather, certain established requirements must be me...
744952PDFResearch PaperCRREL-SR-97-26Cold weather constructionConcreteCortez, Edel R.Durning, Timoth...
Concrete is a porous material that allow water to penetrate into it, which will undergo “freeze-tha...
Internally cured (IC) concrete has been emerging over the last decade as an effective way to improve...
782283PDFResearch PaperConcreteAdmixturesChemicalsCold weather constructionKorhonen, Charles J.Cold ...
The Ohio Department of Transportation (ODOT) has developed a series of portland cement concrete mix ...
This study determined how replacing sodium nitrate-based antifreeze admixture (AF) with belite-calci...
Deterioration of concrete from freeze-thaw actions may occur when concrete is critically saturated, ...
738036PDFResearch PaperLow temperature materialsAdmixturesConcrete pavementsCold weather constructio...
The behavior of internally cured high performance concrete, HPC, exposed to freezing and thawing cyc...
Composite cements offer low carbon alternatives to conventional CEM I. These also generally tend to...