Cover Sustainability of concrete in terms of thermal mass and low operational CO2 makes it a first choice of the construction industry over steel. However increasing CO2 emissions remains a threat for reinforced concrete by bringing down the alkalinity around the rebars creating a conducive environment for corrosion. Yet, bolstered by research findings and appropriate specifications in standards, it is now possible to construct infrastructure lasting for a long service life.
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Technical Papers
Carbonation and its effect on microstructure of concrete with fly ash and ground granulated blast furnace slag
B. S. Dhanya, Sundar Rathnarajan, Mann Santhanam, Radhakrishna G. Pillai and Ravindra Gettu
The effect of supplementary cementitious materials, w/b ratio and initial moist curing on carbonation of concrete in a semi-arid, urban environment
Yunus Ballim, Yunusa Al Hassan
Carbonation performance of OPC-Slag-Fly Ash binder system
Vineet Shah, Shashank Bishnoi
Strength and durability parameters of carbonated mineral admixture concrete
Shaik Hussain, Dipendu Bhunia and S. B. Singh
Improving the carbonation resistance of self-compacting concrete containing recycled concrete aggregates using blended cements
Navdeep Singh, S. P Singh
Performance-based specification of concrete for durability: carbonation-induced corrosion
Sivakumar Kandasami
