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Experimental Investigation of Basalt fiber in Concrete
Authors
123 Assistant Professor, Department of Civil Engineering, Christ The King Engineering College, Coimbatore, India.
Article Information
- DOI
- No DOI
- Published In
- Volume 3, Issue 5 (2022)
- Published Online
- September-October 2022
- Pages
- 65-74
- Article Type
- Research Article
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- No DOI available for cross-reference
References
1. NAYANRATHOD -MUKUNDGONBARE -
MALLIKARJUNPUJARI:BasaltFiberReinforcedConcrete.InternationalJournalofScienceand Research
(IJSR), Vol. 5,No.5,2015,pp. 359-361.
2. SANDEEPANIVAJJE - KRISHNA MURTHY: Study on the additionofthenaturalfibresinto concrete.
International Journal of Scientific & Technology Research, Vol.2,No.11,2013,pp.213-218.
3. TUMADHIRM.–
BORHAN:ThermalandMechanicalPropertiesofBasaltFibreReinforcedConcrete.InternationalJournal
ofCivil,Environmental,Structural,Construction,andArchitecturalEngineering,Vol.7, No 4,
2013,pp.334-337.
4. VISHALPANDURANGKUMBHAR:Anoverview:Basalt Ro c k Fibr e s -
New Constr ucti on M a ter ial . A cta Enginee r ing Inte rnational ,Vol. 2 , No.1, 2 014, pp . 11 -18.
5. IS10262:2009,Recommendedguidelinesforconcretemixdesign,BureauofIndianStandards,NewDelhi.
6. IS456:2000,Plainandreinforced concretecodeofpractice,BureauofIndian Standards, NewDelhi.
7. IS8112:1989,43GradeordinaryPortlandcement—
Specifications(Firstrevision),BureauofIndianStandards,NewDelhi,May1990.
8. IS 383: 1970, Specifications for coarse and fineaggregatefromnaturalsourcesforconcrete
(Secondrevision),BureauofIndianStandards,NewDelhi.
9. SHETTY,M.S.:ConcreteTechnology.ChandS.andCompanyLimited,NewDelhi,6thEdition,2005.
10. NEVILLE,A.M.:PropertiesofConcrete.Fourthandfinaledition,1995
11. SANTHAKUMAR,A.R.:ConcreteTechnology.Seventhedition, Oxford University Press, YMCA Library
Building, JaiSinghRoad,NewDelhi,2011
12. M.E.Arslan,Effectsofbasaltandglasschoppedfibresadditiononfractureenergyandmechanicalproperties
of o r d ina ryc on -cr ete : CMOD mea sur ement. C onstr . Build. M a ter . 114,383–391(2016)
13. C.Jiang,K.Fan, F.Wu, D.Chen, Experimental
studyonthemechanicalpropertiesandmicrostructureofchoppedbasaltfibrereinforcedconcrete.Mater.De
s.58,187–193(2014)
14. J.Branston,S.Das,S.Y.Kenno,C.Taylor,Mechanical beha -
vi our o f ba s a ltfibr e r einforced c oncr e te . Constr . Build . Mater.124,878–886(2016)
15. S.Mindness,inProceedingsoftheInternational ConferenceSustainableConstructionMaterialsandTech
nologies.Thirtyyearsoffibrereinforcedconcreteresearchat
theUniversityofBritishColumbia(Columbia,2007),pp.259–268
16. S.K.Singh,S.K.Kirthika, S.R.Karade, U. Verma.
Basaltfibre:apotentialconstructionmaterial.EmergingBuildingMaterialsandConstructionTechnologies
conductedby:BMTPC,NewDelhionMarch21and22(2016),pp.185–194
17. S.K.Kirthika,Behaviourofhybridfibrereinforcedconcreteatelevatedtemperature.M.Tech.thesissubmitte
dtoAcSIR. CS IR -CBRI, R oo rk ee(20 16) , pp . 1–132
18. P.V. Kumbhar ,An o ver vie w: bas a lt r ockfibres -new constructionmaterial.ActaEng.Int.2(1),11–18(2014)
19. V.Dhand,G.Mittal,K.Y.Rhee,S.J.Park,D.Hui,Ashortreviewon basalt fibre reinforced polymer
composites. Compos. B73,166–180(2015)
20. V.Fiore,T.Scalici,G.DiBella,A.Valenza,Areviewonbasaltfibreanditscomposites.Compos.B74,74–
94(2015)
21. T.Ayub,N.Shafiq,M.Nuruddin,Effectofchoppedbasaltfibresonthemechanicalpropertiesandmicrostructu
reofhighp er for -man c efibr e r einforc ed concr ete . Adv. Ma te r .S c i. Eng. 2014,1–15(2014)
22. S.K.Kirthika,S.K.Singh,M.Surya,Durabilitystudiesonbasaltfiber reinforced concrete. Indian Concr. J.
(ICJ) 92(4), 45–55(2018)
23. V.B.Brik,Advancedconceptconcreteusingbasaltfibrec om -
p os ite r einforce me nt. T e ch Res R e p or tsubmitted to NCHRP -IDEA , Proj ec t 2 5(1999) , pp . 1–5
24. C.High,H.M.Eliem,A.E.Safty,Useofbasaltfibresforconcretestructures.Constr.Build.Mater.96,37–46(2015)
25. J. Sim, C.Park, D.Y.Moon, Characteristics of basalt
fibreasastrengtheningmaterialforconcretestructures.Compos.BEng.36(6–7),504–512(2005)
26. B.Wei,H.Cao,S.Song,Environmentalresistanceandmechanical performance of basalt and glass
fibres. Mater.Sci.Eng.527,4708–4715(2010)
27. C.Scheffler,T.Forester,E.Mader,G.Heinrich,S.Hempel,V.Mechtecherin,Agingofalkali-
resistantglassandbasaltfibresinalkalinesolutions:evaluationofthefailurestressby Weib ull distr ibut io n func tio n. J . Non Crys t.S olids 3 55(5 2– 54),2588–2595(2009
28. G.Wu,X.Wang,Z.Wu,Z.Dong,G.Zhang,Durabilityofbasaltfibresandcompositesincorrosiveenvironment
s.J.Compos.Mater.49(7),873–887(2014)
29. S.K.Kirthika,S.K.Singh,M.Surya,Durabilitystudiesofbasaltfibrereinforcedconcrete.IndianConcr.J.92(
4), 45–55(2018)
30. B.E.Ramachandran,V.Velpari,N.Balasubramanian,Chemicaldurabilitystudiesonbasaltfibres.J.Mat
er.Sci.16(12),3393–3397(1981)
31. F.Pucci,J.P.Loitier,S.Drapier,Tensiometricmethodtoreliablyassesswettingpropertiesofsinglefibres
withresins:validationoncellulosicreinforcementsforcomposites.ColloidsSurf.A512(2017),26–
33(2016)
32. G.P.Jaysing,D.A.Joshi,Performance of basaltfibreinconcrete.Int.J.Sci.Res.(IJSR)3(5),1372–
1373(2014)
MALLIKARJUNPUJARI:BasaltFiberReinforcedConcrete.InternationalJournalofScienceand Research
(IJSR), Vol. 5,No.5,2015,pp. 359-361.
2. SANDEEPANIVAJJE - KRISHNA MURTHY: Study on the additionofthenaturalfibresinto concrete.
International Journal of Scientific & Technology Research, Vol.2,No.11,2013,pp.213-218.
3. TUMADHIRM.–
BORHAN:ThermalandMechanicalPropertiesofBasaltFibreReinforcedConcrete.InternationalJournal
ofCivil,Environmental,Structural,Construction,andArchitecturalEngineering,Vol.7, No 4,
2013,pp.334-337.
4. VISHALPANDURANGKUMBHAR:Anoverview:Basalt Ro c k Fibr e s -
New Constr ucti on M a ter ial . A cta Enginee r ing Inte rnational ,Vol. 2 , No.1, 2 014, pp . 11 -18.
5. IS10262:2009,Recommendedguidelinesforconcretemixdesign,BureauofIndianStandards,NewDelhi.
6. IS456:2000,Plainandreinforced concretecodeofpractice,BureauofIndian Standards, NewDelhi.
7. IS8112:1989,43GradeordinaryPortlandcement—
Specifications(Firstrevision),BureauofIndianStandards,NewDelhi,May1990.
8. IS 383: 1970, Specifications for coarse and fineaggregatefromnaturalsourcesforconcrete
(Secondrevision),BureauofIndianStandards,NewDelhi.
9. SHETTY,M.S.:ConcreteTechnology.ChandS.andCompanyLimited,NewDelhi,6thEdition,2005.
10. NEVILLE,A.M.:PropertiesofConcrete.Fourthandfinaledition,1995
11. SANTHAKUMAR,A.R.:ConcreteTechnology.Seventhedition, Oxford University Press, YMCA Library
Building, JaiSinghRoad,NewDelhi,2011
12. M.E.Arslan,Effectsofbasaltandglasschoppedfibresadditiononfractureenergyandmechanicalproperties
of o r d ina ryc on -cr ete : CMOD mea sur ement. C onstr . Build. M a ter . 114,383–391(2016)
13. C.Jiang,K.Fan, F.Wu, D.Chen, Experimental
studyonthemechanicalpropertiesandmicrostructureofchoppedbasaltfibrereinforcedconcrete.Mater.De
s.58,187–193(2014)
14. J.Branston,S.Das,S.Y.Kenno,C.Taylor,Mechanical beha -
vi our o f ba s a ltfibr e r einforced c oncr e te . Constr . Build . Mater.124,878–886(2016)
15. S.Mindness,inProceedingsoftheInternational ConferenceSustainableConstructionMaterialsandTech
nologies.Thirtyyearsoffibrereinforcedconcreteresearchat
theUniversityofBritishColumbia(Columbia,2007),pp.259–268
16. S.K.Singh,S.K.Kirthika, S.R.Karade, U. Verma.
Basaltfibre:apotentialconstructionmaterial.EmergingBuildingMaterialsandConstructionTechnologies
conductedby:BMTPC,NewDelhionMarch21and22(2016),pp.185–194
17. S.K.Kirthika,Behaviourofhybridfibrereinforcedconcreteatelevatedtemperature.M.Tech.thesissubmitte
dtoAcSIR. CS IR -CBRI, R oo rk ee(20 16) , pp . 1–132
18. P.V. Kumbhar ,An o ver vie w: bas a lt r ockfibres -new constructionmaterial.ActaEng.Int.2(1),11–18(2014)
19. V.Dhand,G.Mittal,K.Y.Rhee,S.J.Park,D.Hui,Ashortreviewon basalt fibre reinforced polymer
composites. Compos. B73,166–180(2015)
20. V.Fiore,T.Scalici,G.DiBella,A.Valenza,Areviewonbasaltfibreanditscomposites.Compos.B74,74–
94(2015)
21. T.Ayub,N.Shafiq,M.Nuruddin,Effectofchoppedbasaltfibresonthemechanicalpropertiesandmicrostructu
reofhighp er for -man c efibr e r einforc ed concr ete . Adv. Ma te r .S c i. Eng. 2014,1–15(2014)
22. S.K.Kirthika,S.K.Singh,M.Surya,Durabilitystudiesonbasaltfiber reinforced concrete. Indian Concr. J.
(ICJ) 92(4), 45–55(2018)
23. V.B.Brik,Advancedconceptconcreteusingbasaltfibrec om -
p os ite r einforce me nt. T e ch Res R e p or tsubmitted to NCHRP -IDEA , Proj ec t 2 5(1999) , pp . 1–5
24. C.High,H.M.Eliem,A.E.Safty,Useofbasaltfibresforconcretestructures.Constr.Build.Mater.96,37–46(2015)
25. J. Sim, C.Park, D.Y.Moon, Characteristics of basalt
fibreasastrengtheningmaterialforconcretestructures.Compos.BEng.36(6–7),504–512(2005)
26. B.Wei,H.Cao,S.Song,Environmentalresistanceandmechanical performance of basalt and glass
fibres. Mater.Sci.Eng.527,4708–4715(2010)
27. C.Scheffler,T.Forester,E.Mader,G.Heinrich,S.Hempel,V.Mechtecherin,Agingofalkali-
resistantglassandbasaltfibresinalkalinesolutions:evaluationofthefailurestressby Weib ull distr ibut io n func tio n. J . Non Crys t.S olids 3 55(5 2– 54),2588–2595(2009
28. G.Wu,X.Wang,Z.Wu,Z.Dong,G.Zhang,Durabilityofbasaltfibresandcompositesincorrosiveenvironment
s.J.Compos.Mater.49(7),873–887(2014)
29. S.K.Kirthika,S.K.Singh,M.Surya,Durabilitystudiesofbasaltfibrereinforcedconcrete.IndianConcr.J.92(
4), 45–55(2018)
30. B.E.Ramachandran,V.Velpari,N.Balasubramanian,Chemicaldurabilitystudiesonbasaltfibres.J.Mat
er.Sci.16(12),3393–3397(1981)
31. F.Pucci,J.P.Loitier,S.Drapier,Tensiometricmethodtoreliablyassesswettingpropertiesofsinglefibres
withresins:validationoncellulosicreinforcementsforcomposites.ColloidsSurf.A512(2017),26–
33(2016)
32. G.P.Jaysing,D.A.Joshi,Performance of basaltfibreinconcrete.Int.J.Sci.Res.(IJSR)3(5),1372–
1373(2014)
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