Cailiao Kexue yu Gongyi/Material Science and Technology
EXPLORING THE STRENGTH VARIATIONS IN M40 GRADE CONCRETE WITH VARIOUS SUPERPLASTICIZER DOSAGES: A COMPARATIVE STUDY
Among the materials used to construct buildings today, concrete holds a special place. It is composed of an aggregate—typically composed of various kinds of sand and gravel—that is hard and chemically inert, and is bound together with cement and water. This project presents a mix design process for high-performance concrete mixtures. Rather than using the water-cement ratio versus compressive strength relationship with and without the use of super plasticizers, the correlation between rheological parameters and compressive strength has been used because they are essential characteristics of concrete in two distinct stages of production. Rheological behavior has also been utilized to determine the water-cement ratio and the aggregate volume to paste volume ratio, which are used in mix design. With the suggested approach, the concrete ingredients and other design-stage factors, such as compressive strength and economical costing, can be estimated by the designer for a specific goal strength.
Keywords: concrete, super plasticizer, and compressive strength
10.10543/f0299.2021.
How to cite
1Mr.Boreddy Raghunath Reddy, 2Mrs.M.Durga, 3Mr.Srinath D, 4Ms.Gurrala Prasanna Lakshmi.(2021)EXPLORING THE STRENGTH VARIATIONS IN M40 GRADE CONCRETE WITH VARIOUS SUPERPLASTICIZER DOSAGES: A COMPARATIVE STUDY.mst,145-153.Retrieved from /mst/article_view.php?id=42523&ctype=a
Issue
Vol.20 No.05
Section
Articles
