Dual-Phase (DP) steel reinforcing bars represent a valid alternative to traditional TempCore®, characterized by good mechanical properties and by improved performance under aggressive environmental conditions. As known, TempCore® rebars highlight relevant decrease of the deformation capacity in presence of corrosion, with possible negative consequences for the overall building behaviour. Being the mechanical assessment of DP rebars widely presented in other already published works, the present paper shows the analysis of the industrial feasibility of the production process of DP rebars, analysing how actual plants can be adapted to achieve the desired DP microstructure and finally providing an overall estimation of the cost increase. The te...
To improve the durability and serviceability of reinforced concrete structures, different variants o...
The development of a new typology of enhanced steel reinforcing bars is presented, including aspects...
The paper summarizes the results of an experimental test campaign on enhanced reinforcing grades pro...
Dual-Phase (DP) steel reinforcing bars represent a valid alternative to traditional TempCore®, chara...
In the last decades, the need to develop new enhanced typologies of steel reinforcement bars with im...
In recent years, the need to develop a new typology of steel reinforcement bars provided with enhanc...
Modern codes for the seismic design of Reinforced Concrete (RC) structures aim to obtain a global du...
Corrosion represents one of the most important problems affecting the global behaviour of reinforced...
Reinforcing steel bars commonly used for RC buildings are often affected by durability problems caus...
Dual-Phase (DP) steel reinforcing bars represent a valid alternative to TempCore® grades, being char...
Dual-Phase (DP) steel reinforcing bars represent, as already presented in companion papers, a valid ...
The present paper shows the results of an experimental test campaign on RC base column joints realiz...
Reinforced concrete structures in seismic areas are designed according to the capacity design approa...
To improve the durability and serviceability of reinforced concrete structures, different variants o...
The development of a new typology of enhanced steel reinforcing bars is presented, including aspects...
The paper summarizes the results of an experimental test campaign on enhanced reinforcing grades pro...
Dual-Phase (DP) steel reinforcing bars represent a valid alternative to traditional TempCore®, chara...
In the last decades, the need to develop new enhanced typologies of steel reinforcement bars with im...
In recent years, the need to develop a new typology of steel reinforcement bars provided with enhanc...
Modern codes for the seismic design of Reinforced Concrete (RC) structures aim to obtain a global du...
Corrosion represents one of the most important problems affecting the global behaviour of reinforced...
Reinforcing steel bars commonly used for RC buildings are often affected by durability problems caus...
Dual-Phase (DP) steel reinforcing bars represent a valid alternative to TempCore® grades, being char...
Dual-Phase (DP) steel reinforcing bars represent, as already presented in companion papers, a valid ...
The present paper shows the results of an experimental test campaign on RC base column joints realiz...
Reinforced concrete structures in seismic areas are designed according to the capacity design approa...
To improve the durability and serviceability of reinforced concrete structures, different variants o...
The development of a new typology of enhanced steel reinforcing bars is presented, including aspects...
The paper summarizes the results of an experimental test campaign on enhanced reinforcing grades pro...