The mechanical performance of batch-annealed cold-rolled aluminium-killed steel sheets depends greatly on the composition of the steel and on the thermomechanical parameters of the process. The role of carbon, aluminium, and nitrogen contents, as well as the coiling temperature, the cold-reduction percentage, and the thermal characteristics of the batch-annealing treatment, are reviewed in the light of new experimental results. A model is proposed, explaining the various effects of the processing parameters and giving a consistent interpretation of the results, which should prove valuable in predicting the quality of a sheet.Peer reviewed: YesNRC publication: Ye
A fine-grain and high-strength Nb-IF steel under hot rolling was employed to study the effects of co...
A flat {111} texture of high intensity in IF steels following the final anneal produces good drawab...
This paper shows results of researches of a structure and mechanical properties of metal sheets of I...
Cold rolled steel industry in type of batch annealing furnace, the mechanical properties of steel sh...
In spite of threat from aluminium, composites and plastics, aluminium killed steel (AKS) sheets are ...
Steel is one of the engineering materials for automobile industries. It constitutes about 60% of the...
This paper studies the microstructures and mechanical properties of quenching and partitioning (Q&P)...
The suitability of the differential scanning calorimetry (DSC) technique for the quantitative study ...
The effect of the annealing cycle on microstructure, mechanical properties and draw ability of alumi...
While effects of aluminum on the properties of vanadium microalloyed steels have been recognized in ...
Medium carbon steels are mostly used for simple applications; however, new applications have been de...
Two experiments were conducted to clarify the roles of grain size, solute carbon and strain in deter...
The paper presents the elaboration of a mathematical model of the cold strip rolling process combine...
In sheet metal production, a typical process chain contains hot rolling, cold rolling and annealing ...
1% carbon steel was cold-rolled to 50~98.4% reduction by adhering ductile materials to the sheet edg...
A fine-grain and high-strength Nb-IF steel under hot rolling was employed to study the effects of co...
A flat {111} texture of high intensity in IF steels following the final anneal produces good drawab...
This paper shows results of researches of a structure and mechanical properties of metal sheets of I...
Cold rolled steel industry in type of batch annealing furnace, the mechanical properties of steel sh...
In spite of threat from aluminium, composites and plastics, aluminium killed steel (AKS) sheets are ...
Steel is one of the engineering materials for automobile industries. It constitutes about 60% of the...
This paper studies the microstructures and mechanical properties of quenching and partitioning (Q&P)...
The suitability of the differential scanning calorimetry (DSC) technique for the quantitative study ...
The effect of the annealing cycle on microstructure, mechanical properties and draw ability of alumi...
While effects of aluminum on the properties of vanadium microalloyed steels have been recognized in ...
Medium carbon steels are mostly used for simple applications; however, new applications have been de...
Two experiments were conducted to clarify the roles of grain size, solute carbon and strain in deter...
The paper presents the elaboration of a mathematical model of the cold strip rolling process combine...
In sheet metal production, a typical process chain contains hot rolling, cold rolling and annealing ...
1% carbon steel was cold-rolled to 50~98.4% reduction by adhering ductile materials to the sheet edg...
A fine-grain and high-strength Nb-IF steel under hot rolling was employed to study the effects of co...
A flat {111} texture of high intensity in IF steels following the final anneal produces good drawab...
This paper shows results of researches of a structure and mechanical properties of metal sheets of I...