Stainless steel rebars is used to lengthen the service life of structures in aggressive media. Corrosion resistance was studied in five grades of mortar-embedded stainless steel: EN 1.4307, EN 1.4404, EN 1.4482, EN 1.4362 and EN 1.4462. A modified accelerated chloride attack was applied to prevent steel rebar polarisation and artificial re-passivation. The critical chloride concentration was determined. Based on corrosion rate, service life was calculated for a given exposure at two probability levels
grantor: University of TorontoThe ingress of chloride ions from de-icing salts or marine e...
Reinforcement steel embedded in six different concrete mixes was exposed to chloride by wetting/dryi...
In the design of reinforced concrete structures exposed to aggressive chloride bearing environments ...
Stainless steel reinforcing bars can be a suitable choice to guarantee the target service life of re...
85774317Final contract report.PDFTech ReportVTRC 07-CR9Corrosion resistant steelAlloy steelVirginiaV...
In chloride bearing environment, stainless steel reinforcement is one of the options to guarantee th...
The corrosion behaviour of 2304 duplex high strength stainless steel has been analysed in the presen...
The use of stainless steel bars in reinforced concrete structures may be an effective method to prev...
The chloride threshold to develop active corrosion of the reinforcing steel does not seem to be a un...
Knowledge of the critical chloride content in concrete required to initiate corrosion of reinforcing...
The durability of chloride exposed reinforced concrete components is decisively determined by the co...
The localised corrosion behaviour of austenitic, martensitic, and duplex stainless steels has been s...
Stainless steel rebar is one of the most corrosion resistant reinforcing methods for concrete struct...
In chloride bearing environment, stainless steel reinforcing bars are one of the options to guarante...
Initiation of corrosion on reinforcing bars occurs when a critical chloride concentration is achieve...
grantor: University of TorontoThe ingress of chloride ions from de-icing salts or marine e...
Reinforcement steel embedded in six different concrete mixes was exposed to chloride by wetting/dryi...
In the design of reinforced concrete structures exposed to aggressive chloride bearing environments ...
Stainless steel reinforcing bars can be a suitable choice to guarantee the target service life of re...
85774317Final contract report.PDFTech ReportVTRC 07-CR9Corrosion resistant steelAlloy steelVirginiaV...
In chloride bearing environment, stainless steel reinforcement is one of the options to guarantee th...
The corrosion behaviour of 2304 duplex high strength stainless steel has been analysed in the presen...
The use of stainless steel bars in reinforced concrete structures may be an effective method to prev...
The chloride threshold to develop active corrosion of the reinforcing steel does not seem to be a un...
Knowledge of the critical chloride content in concrete required to initiate corrosion of reinforcing...
The durability of chloride exposed reinforced concrete components is decisively determined by the co...
The localised corrosion behaviour of austenitic, martensitic, and duplex stainless steels has been s...
Stainless steel rebar is one of the most corrosion resistant reinforcing methods for concrete struct...
In chloride bearing environment, stainless steel reinforcing bars are one of the options to guarante...
Initiation of corrosion on reinforcing bars occurs when a critical chloride concentration is achieve...
grantor: University of TorontoThe ingress of chloride ions from de-icing salts or marine e...
Reinforcement steel embedded in six different concrete mixes was exposed to chloride by wetting/dryi...
In the design of reinforced concrete structures exposed to aggressive chloride bearing environments ...