Add to ORKGIn this paper, corrosion of reinforced concrete structures is discussed from the point of view of corrosion products. The different types of corrosion products are presented and a detailed study of the important diffusion coefficient is performed. Stochastic modelling of corrosion initiated, corrosion propagation and corrosion cracking is presented
Reinforced concrete (rc) is the most used building material. The natural ageing of the rc structures...
Design and specification so that 21st century reinforced concrete structures won't corrode so soo
This paper presents a methodology to analyze the mechanical behavior and remaining load-carrying cap...
Modelling of the deterioration of reinforced concrete has in recent years changed from being a deter...
Corrosion cracks are caused by the increasing volume of corrosion products during the corrosion of t...
Stochastic modelling of the deterioration of reinforced concrete structures is addressed in this pap...
Modelling of corrosion cracking of reinforced concrete structures is complicated as a great number o...
The existing stochastic models for deterioration of reinforced concrete structures is extended by ad...
Corrosion of the reinforcement in concrete structures can lead to a substantial decrease of the load...
Structural performance deterioration of reinforced concrete structures has been extensively investig...
Corrosion of steel reinforcement in concrete is one of the major problems with respect to the durabi...
Corrosion of steel reinforcement in concrete is one of the major problems with respect to the durabi...
In this paper two aspects of re-assessment of the reliability of concrete bridges are discussed name...
When reinforcement in concrete corrodes, splitting stresses are induced in the concrete. Thereby, th...
AbstractAny reinforced concrete structures should serve its function over the intended service life ...
Reinforced concrete (rc) is the most used building material. The natural ageing of the rc structures...
Design and specification so that 21st century reinforced concrete structures won't corrode so soo
This paper presents a methodology to analyze the mechanical behavior and remaining load-carrying cap...
Modelling of the deterioration of reinforced concrete has in recent years changed from being a deter...
Corrosion cracks are caused by the increasing volume of corrosion products during the corrosion of t...
Stochastic modelling of the deterioration of reinforced concrete structures is addressed in this pap...
Modelling of corrosion cracking of reinforced concrete structures is complicated as a great number o...
The existing stochastic models for deterioration of reinforced concrete structures is extended by ad...
Corrosion of the reinforcement in concrete structures can lead to a substantial decrease of the load...
Structural performance deterioration of reinforced concrete structures has been extensively investig...
Corrosion of steel reinforcement in concrete is one of the major problems with respect to the durabi...
Corrosion of steel reinforcement in concrete is one of the major problems with respect to the durabi...
In this paper two aspects of re-assessment of the reliability of concrete bridges are discussed name...
When reinforcement in concrete corrodes, splitting stresses are induced in the concrete. Thereby, th...
AbstractAny reinforced concrete structures should serve its function over the intended service life ...
Reinforced concrete (rc) is the most used building material. The natural ageing of the rc structures...
Design and specification so that 21st century reinforced concrete structures won't corrode so soo
This paper presents a methodology to analyze the mechanical behavior and remaining load-carrying cap...