CHLORIDE PENETRATION ON GROUND NUT SHELL ASH CONCRETE UNDER ACIDIC ENVIRONMENT
DOI:
https://doi.org/10.24297/jac.v13i5.5708Keywords:
Ground nut shell ash, compressive strength, rapid chloride permeability, deteriorationAbstract
Groundnut shell ash is one of the important pozzolanic materials containing that can be mixed with ordinary Portland cement for the manufactured of long durable and good valuable product. The present experimental evaluation is rapid chloride permeability test (RCPT). The effect of hydrochloric acid (HCL) on properties of replaced ground nut shell ash concrete is taken as research area. However at 20% replacement level of ground nutshell ash more resistance to 3% Hydrochloric acid attack.
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References
[1] IS: 8112-1989 specification for 43 grade ordinary port land cement, Bureau of Indian standards, New Delhi.
[2] ASTM C150 (2001) Standard specification for Portland cement annual book of ASTM Standards, 04.01, pp.149-155.
[3] ASTM C1202 Standard test method for electrical indication of concrete’s ability to resist chloride ion penetration; 1997.
[4] ASTM C-876 1994 standard, Standard test method for half-cell potential rein forcing steel in concrete ,west Conshohocken(PA):American society for testing and materials;p.21.
[5] IS: 383-1970, Specification for coarse and fine aggregates form natural source for concrete, Bureau of Indian standards, New Delhi, India
[6] PV Rambabu, J Gopalanvarma, GV ramarao (2015), “Durability study on rice husk ash optimum level of replacement level of cement in concreteâ€, International journal of engineering trends and technology (IJEET),ISSN2231-5381,vol. 28 no.3.
[7] Egbe-Ngu Ntui Ogork ,Okorie Austine Uche, Augustine Uche Elinwa ,†A study of ground nut husk ash –concrete under acid attackâ€, International journal of modern engineering research, vol.4.
[8] Sanjukta sahoo,B.B Kar AK Rath B B Das, “Acid, Alkali and chloride resistance of high volume fly ash concreteâ€, Indian journal of science and technology,vol-8 (19),DOI:10,1748/ijst/2015/vol8 I 19/7226.
[9] K Ganesan , K Rajagopal and K Thangavelu (2007), “Evaluation of bagasse ash as corrosion resisting admixture for carbon steel in concreteâ€, Anti -corrosion methods and materials,vol. 54, no.4, Pp. 230-236.
[10] Ranjith A, sanjith J and kiran b m “Experimental investigation on performance of sugarcane Bagasse ash concrete in acidic environmentâ€, International journal of earth science and engineering, Vol. 08, no.2, P.p 471-476.
[2] ASTM C150 (2001) Standard specification for Portland cement annual book of ASTM Standards, 04.01, pp.149-155.
[3] ASTM C1202 Standard test method for electrical indication of concrete’s ability to resist chloride ion penetration; 1997.
[4] ASTM C-876 1994 standard, Standard test method for half-cell potential rein forcing steel in concrete ,west Conshohocken(PA):American society for testing and materials;p.21.
[5] IS: 383-1970, Specification for coarse and fine aggregates form natural source for concrete, Bureau of Indian standards, New Delhi, India
[6] PV Rambabu, J Gopalanvarma, GV ramarao (2015), “Durability study on rice husk ash optimum level of replacement level of cement in concreteâ€, International journal of engineering trends and technology (IJEET),ISSN2231-5381,vol. 28 no.3.
[7] Egbe-Ngu Ntui Ogork ,Okorie Austine Uche, Augustine Uche Elinwa ,†A study of ground nut husk ash –concrete under acid attackâ€, International journal of modern engineering research, vol.4.
[8] Sanjukta sahoo,B.B Kar AK Rath B B Das, “Acid, Alkali and chloride resistance of high volume fly ash concreteâ€, Indian journal of science and technology,vol-8 (19),DOI:10,1748/ijst/2015/vol8 I 19/7226.
[9] K Ganesan , K Rajagopal and K Thangavelu (2007), “Evaluation of bagasse ash as corrosion resisting admixture for carbon steel in concreteâ€, Anti -corrosion methods and materials,vol. 54, no.4, Pp. 230-236.
[10] Ranjith A, sanjith J and kiran b m “Experimental investigation on performance of sugarcane Bagasse ash concrete in acidic environmentâ€, International journal of earth science and engineering, Vol. 08, no.2, P.p 471-476.
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Published
2017-02-08
How to Cite
K, P., & K, G. (2017). CHLORIDE PENETRATION ON GROUND NUT SHELL ASH CONCRETE UNDER ACIDIC ENVIRONMENT. JOURNAL OF ADVANCES IN CHEMISTRY, 13(5), 6232–6235. https://doi.org/10.24297/jac.v13i5.5708
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