A STUDY ON BASALT AGGREGATE AS COARSE AGGREGATE IN HIGH STRENGTH MIXES

The electricity traits of M70 grade excessive overall performance basalt fibre reinforced concrete (BFRCC) with basalt fibre contents of zero.2%, 0.Three%, and zero.Four% by quantity of concrete are revealed on this paper. To get the favored higher strengths, 10% silica fume is used. Flexural, break up-tensile, and compressive strengths are assessed. The enrichment of the interfacial transition area with chopped basalt fibres is confirmed to enhance the BFRCC microstructure. It changed into found that various fibre lengths want various doses which will provide the finest impact on concretes characteristics. The superior ultimate stress and pressure at height load that result from M70 grade BFRSCCs stress-strain responses demonstrate its ability to burn up strength throughout fracture.

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Publication Details

Journal
International Journal of Engineering Research and Science & Technology
Published
2026-10-27
Primary Topic
Innovative concrete reinforcement materials
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article
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article

A STUDY ON BASALT AGGREGATE AS COARSE AGGREGATE IN HIGH STRENGTH MIXES

KUNDA GANESH BELLAMKONDA SRINIVASARAO
International Journal of Engineering Research and Science & Technology
Innovative concrete reinforcement materials
article

A STUDY ON BASALT AGGREGATE AS COARSE AGGREGATE IN HIGH STRENGTH MIXES

KUNDA GANESH BELLAMKONDA SRINIVASARAO
article en

Abstract

The electricity traits of M70 grade excessive overall performance basalt fibre reinforced concrete (BFRCC) with basalt fibre contents of zero.2%, 0.Three%, and zero.Four% by quantity of concrete are revealed on this paper. To get the favored higher strengths, 10% silica fume is used. Flexural, break up-tensile, and compressive strengths are assessed. The enrichment of the interfacial transition area with chopped basalt fibres is confirmed to enhance the BFRCC microstructure. It changed into found that various fibre lengths want various doses which will provide the finest impact on concretes characteristics. The superior ultimate stress and pressure at height load that result from M70 grade BFRSCCs stress-strain responses demonstrate its ability to burn up strength throughout fracture.

International Journal of Engineering Research and Science & Technology
Openalex Percentile: Top 18%
Innovative concrete reinforcement materials
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