Add to ORKGThe effects of copper on as-cast structure, recrystallization and precipitation kinetics of strip cast low carbon steel were investigated. As-cast microstructure mainly consists of polygonal ferrite and Widmanstatten ferrite. Recrystallization responses were strongly dependent on initial microstructure and Cu content. Precipitation strengthening was observed in high copper content alloys
In microalloyed steels, the refinement of ferrite grains together with a controlled amount of precip...
The phase transformation and precipitation in a high-strength low-alloy steel have been studied over...
We describe here the precipitation behavior of copper and fine-scale carbides during thermo-mechanic...
The influence of copper on recrystallization of Ti-stabilized interstitial free steels has been stud...
An attempt has been made to highlight the influence of precipitation and microstructural constituent...
The microstructure and mechanical properties under cool deformation conditions was investigated for ...
The production of steel through recycling is a global industry dependent upon available scrap steel...
AbstractThe paper deals with minor phase evolution in a Cu – bearing grain oriented electrical steel...
The development of preferred orientation has been studied for a wide range of annealing conditions w...
Based on conventional hot rolling processes and strip casting processes, Cu precipitation strengthen...
Two aspects of mechanical property improvement in a modern low carbon copper bearing high strength l...
A series of three steel alloys with increasing Cu and S concentrations has been prepared by simulate...
This study aims to investigate the effects of direct quenching on microstructural modification and m...
A low carbon steel alloyed with Ni, Mn, Mo, Cu and microalloyed with Nb and Ti was prepared and the ...
A good combination of strength and toughness in HSLA steels can be achieved by the addition of micro...
In microalloyed steels, the refinement of ferrite grains together with a controlled amount of precip...
The phase transformation and precipitation in a high-strength low-alloy steel have been studied over...
We describe here the precipitation behavior of copper and fine-scale carbides during thermo-mechanic...
The influence of copper on recrystallization of Ti-stabilized interstitial free steels has been stud...
An attempt has been made to highlight the influence of precipitation and microstructural constituent...
The microstructure and mechanical properties under cool deformation conditions was investigated for ...
The production of steel through recycling is a global industry dependent upon available scrap steel...
AbstractThe paper deals with minor phase evolution in a Cu – bearing grain oriented electrical steel...
The development of preferred orientation has been studied for a wide range of annealing conditions w...
Based on conventional hot rolling processes and strip casting processes, Cu precipitation strengthen...
Two aspects of mechanical property improvement in a modern low carbon copper bearing high strength l...
A series of three steel alloys with increasing Cu and S concentrations has been prepared by simulate...
This study aims to investigate the effects of direct quenching on microstructural modification and m...
A low carbon steel alloyed with Ni, Mn, Mo, Cu and microalloyed with Nb and Ti was prepared and the ...
A good combination of strength and toughness in HSLA steels can be achieved by the addition of micro...
In microalloyed steels, the refinement of ferrite grains together with a controlled amount of precip...
The phase transformation and precipitation in a high-strength low-alloy steel have been studied over...
We describe here the precipitation behavior of copper and fine-scale carbides during thermo-mechanic...