AbstractCorrosion product formation, in particular swelling, affects the stress distribution around the corroded rebar in reinforced structures. The area around the rebar is dominated by tensile stress, which is the cause of crack formation in the concrete cover. The paper presents mathematical and numerical models to describe the mechanical effects of corrosion product formation. Two types of corrosion uniform and pitting are considered and some examples are presented, which confirm the usability of the presented models
Remarkable place of reinforced concrete structures in construction field has been noted in wide numb...
A numerical model based on standard finite-element techniques is proposed for the simulation of crac...
The paper proposes a model relating the level of reinforcement corrosion (in terms of loss of rebar ...
AbstractCorrosion product formation, in particular swelling, affects the stress distribution around ...
Cover cracking and spalling in concrete due to corrosion of reinforcement bars is one of the major c...
This paper presents a finite element (FE) based numerical model to simulate the corrosion-induced cr...
Corrosion-induced cracking of the concrete cover poses a serious problem for serviceability of reinf...
The paper presents a new analytical model to study the evolution of radial cracking around a corrodi...
Serviceability and durability of the concrete members can be seriously affected by the corrosion of ...
The phenomenon of concrete cracking due to corrosion of embedded reinforcement steel bars in concret...
Bond between steel and concrete in reinforced concrete structures plays a fundamental role. The stre...
Steel corrosion and the associated cracking of the concrete cover can significantly reduce the servi...
The reinforcement corrosion in Reinforced Concrete (RC) is a major reason of degradation for structu...
The article considers analytical modelling of crack initiation in the concrete cover caused by corro...
Remarkable place of reinforced concrete structures in construction field has been noted in wide numb...
A numerical model based on standard finite-element techniques is proposed for the simulation of crac...
The paper proposes a model relating the level of reinforcement corrosion (in terms of loss of rebar ...
AbstractCorrosion product formation, in particular swelling, affects the stress distribution around ...
Cover cracking and spalling in concrete due to corrosion of reinforcement bars is one of the major c...
This paper presents a finite element (FE) based numerical model to simulate the corrosion-induced cr...
Corrosion-induced cracking of the concrete cover poses a serious problem for serviceability of reinf...
The paper presents a new analytical model to study the evolution of radial cracking around a corrodi...
Serviceability and durability of the concrete members can be seriously affected by the corrosion of ...
The phenomenon of concrete cracking due to corrosion of embedded reinforcement steel bars in concret...
Bond between steel and concrete in reinforced concrete structures plays a fundamental role. The stre...
Steel corrosion and the associated cracking of the concrete cover can significantly reduce the servi...
The reinforcement corrosion in Reinforced Concrete (RC) is a major reason of degradation for structu...
The article considers analytical modelling of crack initiation in the concrete cover caused by corro...
Remarkable place of reinforced concrete structures in construction field has been noted in wide numb...
A numerical model based on standard finite-element techniques is proposed for the simulation of crac...
The paper proposes a model relating the level of reinforcement corrosion (in terms of loss of rebar ...