A form of concrete called high-strength concrete (HSC) has more compressive strength than regular concrete. As a result of its strong load-bearing capability, it is frequently employed in structural applications where greater stress levels are tolerated. An overview of high-strength concrete is given in this abstract, along with information on its qualities, benefits, and design considerations. High-strength concrete is often made with high-quality aggregates, a low water-to-cementitious material ratio, and frequently the addition of additional cementitious materials or chemical admixtures. Reduced water concentration in the mixture results in improved strength development and greater density. The type and quantity of the ingredients used, the curing environment, and the mix design all have an impact on the final strength of high-strength concrete. High-strength concrete is distinguished by its exceptional compressive strength, which normally exceeds 40 MPa (megapascals) and can even reach 80 MPa or higher. In comparison to traditional concrete, it also frequently exhibits reduced permeability, increased durability, and improved resistance to chemical attacks. It might, however, be slightly less workable and more sensitive to curing conditions.
High-Strength, Size, Stirrups, Strength, Shear.
[Dr. Nakul Ramanna Sanjeevaiah (2022) Application of the High-Strength Concrete] (ISSN 2347 - 5552). www.ijircst.org
Dr. Nakul Ramanna Sanjeevaiah
Associate Professor, Department of Civil Engineering, Presidency University, Bangalore, India
Email Id-nakul@presidencyuniversity.in
