A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modeling and Simulation of Correlations of Porosity with Strength Development of GGBS Blend Cement Concrete
By-product of iron industry that is GGBS is suitable material used in manufacturing cement and concrete. The concrete mix and their types both contributes vital role in producing strength of concrete. This paper addresses how the pores in concrete structure relate with its strength of compression. Experimentally obtained results of pore volume and compressive strength are comparing with the calculated value. For predictions, the model SP-24 for compressive strength, and the Powers–Brownyard model for pore volume are used. Predicted value with both models gives roughly the same values as reported values
Modeling and Simulation of Correlations of Porosity with Strength Development of GGBS Blend Cement Concrete
By-product of iron industry that is GGBS is suitable material used in manufacturing cement and concrete. The concrete mix and their types both contributes vital role in producing strength of concrete. This paper addresses how the pores in concrete structure relate with its strength of compression. Experimentally obtained results of pore volume and compressive strength are comparing with the calculated value. For predictions, the model SP-24 for compressive strength, and the Powers–Brownyard model for pore volume are used. Predicted value with both models gives roughly the same values as reported values
Modeling and Simulation of Correlations of Porosity with Strength Development of GGBS Blend Cement Concrete
Pawar, Prashant M. (editor) / Balasubramaniam, R. (editor) / Ronge, Babruvahan P. (editor) / Salunkhe, Santosh B. (editor) / Vibhute, Anup S. (editor) / Melinamath, Bhuwaneshwari (editor) / Ingale, Sujata D. (author) / Nemade, Pravin D. (author)
Techno-Societal 2020 ; Chapter: 40 ; 407-415
2021-06-20
9 pages
Article/Chapter (Book)
Electronic Resource
English
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