황마섬유보강 재생골재 친환경 콘크리트의 역학적 특성 평가

This study investigates the mechanical properties of jute fiber reinforced recycled eco-friendly concrete. In this study, the effects of each red clay content and recycled aggregate with the jute fiber volume fraction were investigated. However, the blast furnace slag and w/b ratio were fixed at 30%...

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Published in한국섬유공학회지 Vol. 56; no. 5; pp. 257 - 264
Main Authors 정은기, Eun-ki Jeong, 안재형, Jae-hyeong An, 김우석, Woo-suk Kim, 곽윤근, Yoon-keun Kwak
Format Journal Article
LanguageKorean
Published 한국섬유공학회 31.10.2019
Subjects
Online AccessGet full text
ISSN1225-1089
2288-6419

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Abstract This study investigates the mechanical properties of jute fiber reinforced recycled eco-friendly concrete. In this study, the effects of each red clay content and recycled aggregate with the jute fiber volume fraction were investigated. However, the blast furnace slag and w/b ratio were fixed at 30% and 45%, respectively. As the jute fiber volume fraction increased, the compressive strength of the specimens increased by about 8%. Most significantly, the study showed that the splitting tensile strength (f sp ) and flexural strength (f r ) did not significantly alter the characteristic effects of varying ratios of the jute fiber volume fraction (V j ).
AbstractList This study investigates the mechanical properties of jute fiber reinforced recycled eco-friendly concrete. In this study, the effects of each red clay content and recycled aggregate with the jute fiber volume fraction were investigated. However, the blast furnace slag and w/b ratio were fixed at 30% and 45%, respectively. As the jute fiber volume fraction increased, the compressive strength of the specimens increased by about 8%. Most significantly, the study showed that the splitting tensile strength ($f_{sp}$) and flexural strength ($f_r$) did not significantly alter the characteristic effects of varying ratios of the jute fiber volume fraction ($V_j$).
This study investigates the mechanical properties of jute fiber reinforced recycled eco-friendly concrete. In this study, the effects of each red clay content and recycled aggregate with the jute fiber volume fraction were investigated. However, the blast furnace slag and w/b ratio were fixed at 30% and 45%, respectively. As the jute fiber volume fraction increased, the compressive strength of the specimens increased by about 8%. Most significantly, the study showed that the splitting tensile strength (fsp) and flexural strength (fr) did not significantly alter the characteristic effects of varying ratios of the jute fiber volume fraction (Vj). KCI Citation Count: 0
Author Jae-hyeong An
정은기
곽윤근
Woo-suk Kim
김우석
Eun-ki Jeong
안재형
Yoon-keun Kwak
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Evaluation of the Mechanical Properties of Jute Fiber Reinforced Recycled Aggregate Eco-friendly Concrete
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blast furnace slag
red-clay
jute fiber
eco-friendly building material
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SubjectTerms blast furnace slag
eco-friendly building material
jute fiber
recycled aggregate
red-clay
섬유공학
Title 황마섬유보강 재생골재 친환경 콘크리트의 역학적 특성 평가
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