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ACI 238.2T

Concrete Thixotropy

Organization:
ACI - American Concrete Institute
Year: 2014

Abstract: Introduction
Fresh concrete can exhibit different rheological behavior when at rest than when flowing. This difference is due to thixotropy, which can have important consequences for formwork pressure, multi-lift casting, slip-form paving, pumping, and segregation resistance. This TechNote defines thixotropy and distinguishes it from other changes in rheological properties; discusses the origins of, test methods for measuring, and factors affecting thixotropy; and concludes with its applications.
URI: http://yse.yabesh.ir/std;query=autho47037D83081D20686159DD6E273C9FCD0Fa/handle/yse/186700
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    ACI 238.2T

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contributor authorACI - American Concrete Institute
date accessioned2017-09-04T18:03:48Z
date available2017-09-04T18:03:48Z
date copyright2014.06.01
date issued2014
identifier otherGFDJIFAAAAAAAAAA.pdf
identifier urihttp://yse.yabesh.ir/std;query=autho47037D83081D20686159DD6E273C9FCD0Fa/handle/yse/186700
description abstractIntroduction
Fresh concrete can exhibit different rheological behavior when at rest than when flowing. This difference is due to thixotropy, which can have important consequences for formwork pressure, multi-lift casting, slip-form paving, pumping, and segregation resistance. This TechNote defines thixotropy and distinguishes it from other changes in rheological properties; discusses the origins of, test methods for measuring, and factors affecting thixotropy; and concludes with its applications.
languageEnglish
titleACI 238.2Tnum
titleConcrete Thixotropyen
typestandard
page6
statusActive
treeACI - American Concrete Institute:;2014
contenttypefulltext
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