[1] Otieno M, Ikotun J, Ballim Y. Experimental investigations on the influence of cover depth and concrete quality on time to cover cracking due to carbonation-induced corrosion of steel in RC structures in an urban, inland environment. Construction and Building Materials. 2019 Feb 20;198:172-81.
[View at Google Scholar]; [View at Publisher].
[2] Otieno MB, Beushausen HD, Alexander MG. Modelling corrosion propagation in reinforced concrete structures–A critical review. Cement and Concrete composites. 2011 Feb 1;33(2):240-5.
[View at Google Scholar]; [View at Publisher].
[3] Melchers RE, Li CQ. Reinforcement corrosion initiation and activation times in concrete structures exposed to severe marine environments. Cement and concrete research. 2009 Nov 1;39(11):1068-76.
[View at Google Scholar]; [View at Publisher].
[4] Sohail MG, Kahraman R, Ozerkan NG, Alnuaimi NA, Gencturk B, Dawood M, Belarbi A. Reinforced concrete degradation in the harsh climates of the Arabian Gulf: field study on 30-to-50-year-old structures. Journal of Performance of Constructed Facilities. 2018 Oct 1;32(5):04018059.
[View at Google Scholar]; [View at Publisher].
[5] Sohail MG, Salih M, Al Nuaimi N, Kahraman R. Corrosion performance of mild steel and epoxy coated rebar in concrete under simulated harsh environment. International Journal of Building Pathology and Adaptation. 2019 Sep 5;37(5):657-78.
[View at Google Scholar]; [View at Publisher].
[8] Schueremans L, Van Gemert D, Giessler S. Chloride penetration in RC-structures in marine environment–long term assessment of a preventive hydrophobic treatment. Construction and Building Materials. 2007 Jun 1;21(6):1238-49.
[View at Google Scholar]; [View at Publisher].
[9] Herrera LK, Arroyave C, Guiamet P, de Saravia SG, Videla H. Biodeterioration of peridotite and other constructional materials in a building of the Colombian cultural heritage. International biodeterioration & biodegradation. 2004 Sep 1;54(2-3):135-41.
[View at Google Scholar]; [View at Publisher].
[10] McCormack K, Morton LH, Benson J, Osborne BN, McCabe R. An assessment of concrete biodeterioration by microorganisms. International Biodeterioration & Biodegradation. 1996;1(37):126.
[View at Google Scholar]; [View at Publisher].
[11] Ribas Silva M, Pinheiro SM. Microbial impact on concrete microstructure of world heritage in Brasilia. InProc., RILEM Workshop, RILEM, Madrid, Spain 2006 Jul.
[View at Google Scholar]
[12] Jayakumar, Saravanane, and R. Saravanane. "Biodeterioration of coastal concrete structures by marine green algae." (2010): 352-361.2009, pp.352-365.
[View at Google Scholar]; [View at Publisher].
[13] Bozorgmehr Nia S, Nemati Chari M. Combined Effect of Natural Zeolite and Limestone Powder on the Rheological and Mechanical Behavior Self-Compacting Concrete (SCC) and Mortars (SCM). Advance Researches in Civil Engineering. 2022 Sep 1;4(3):29-38.
[View at Google Scholar]; [View at Publisher].
[14] Sohalscha EB, Appelt H, Schatz A. Chelation as a weathering mechanism—I. Effect of complexing agents on the solubilization of iron from minerals and granodiorite. Geochimica et Cosmochimica Acta. 1967 Apr 1;31(4):587-96.
[View at Google Scholar]; [View at Publisher].
[15] Schatz A, Schatz V, Martin JJ. Chelation as a biochemical factor. Geology Society of the American Bulletin. 1957;68:1792-3.
[View at Google Scholar]
[17] Videla HA, Guiamet PS, de Saravia SG. Biodeterioration of Mayan archaeological sites in the Yucatan Peninsula, Mexico. International Biodeterioration & Biodegradation. 2000 Dec 1;46(4):335-41.
[View at Google Scholar]; [View at Publisher].
[19] Warscheid T, Krumbein WE. General aspects and selected cases. Microbially influenced corrosion of materials. 1996:273-95.
[View at Google Scholar]
[20] Sand W. Microbial mechanisms of deterioration of inorganic substrates—a general mechanistic overview. International Biodeterioration & Biodegradation. 1997 Jan 1;40(2-4):183-90.
[View at Google Scholar]; [View at Publisher].