Lien vers la version éditeur : http://www.sciencedirect.com/science/article/pii/S0020740312000677The springback behavior of four advanced high-strength sheet steels (Dual-Phase, TRIP, ferrite-bainite) with thicknesses ranging from 1.2 to 4 mm was investigated by means of the bending-under-tension (BUT) test. The applicability of several guidelines from the literature was investigated experimentally and numerically. The monotonic decrease of springback as back force increased was confirmed for this category of sheet steels, and a general trend for the non-linear influence of the tool radius was observed. The influence of numerical factors on the predicted values of springback was investigated, and conclusions and simple guidelines were drawn...
The reduction of springback for a U-shaped channel using a double drawing process was investigated. ...
Nowadays, the tendency by using the Ultra High Strength Steel (UHSS) in automobile industry has been...
This paper deals with the effects of technological parameters used in the V-die bending process, on ...
In this paper, we investigate the springback behavior of several advanced high-strength sheet steel...
The effect of kinematic hardening on springback predictions in sheet metals was rigorously clarifie...
This paper discusses the effects of mechanical anisotropy of TRIP 780 advanced high strength steel o...
In the bending operation, springback causes geometrical inaccuracies of bent parts. To curb springba...
The increasing need for high strength complex hollow bodies for automotive application is pushing to...
AbstractThe springback analysis of different types of high-strength steels (Weldox 1100 and Weldox 1...
The influence of low-strain deformation behavior on curl and springback in advanced high strength st...
In this project, it is planned to carry out a complete microstructural characterization of advanced ...
Springback is one of main reason for inaccuracy of sheet metal formed product. Therefore prediction ...
Within the framework of sheet metal forming, the importance of hardening models for springback predi...
Springback is defined as undesirable shape change that occurs after forming process upon unloading d...
DoctorIn this thesis, two different double-stage forming techniques were proposed to reduce the amou...
The reduction of springback for a U-shaped channel using a double drawing process was investigated. ...
Nowadays, the tendency by using the Ultra High Strength Steel (UHSS) in automobile industry has been...
This paper deals with the effects of technological parameters used in the V-die bending process, on ...
In this paper, we investigate the springback behavior of several advanced high-strength sheet steel...
The effect of kinematic hardening on springback predictions in sheet metals was rigorously clarifie...
This paper discusses the effects of mechanical anisotropy of TRIP 780 advanced high strength steel o...
In the bending operation, springback causes geometrical inaccuracies of bent parts. To curb springba...
The increasing need for high strength complex hollow bodies for automotive application is pushing to...
AbstractThe springback analysis of different types of high-strength steels (Weldox 1100 and Weldox 1...
The influence of low-strain deformation behavior on curl and springback in advanced high strength st...
In this project, it is planned to carry out a complete microstructural characterization of advanced ...
Springback is one of main reason for inaccuracy of sheet metal formed product. Therefore prediction ...
Within the framework of sheet metal forming, the importance of hardening models for springback predi...
Springback is defined as undesirable shape change that occurs after forming process upon unloading d...
DoctorIn this thesis, two different double-stage forming techniques were proposed to reduce the amou...
The reduction of springback for a U-shaped channel using a double drawing process was investigated. ...
Nowadays, the tendency by using the Ultra High Strength Steel (UHSS) in automobile industry has been...
This paper deals with the effects of technological parameters used in the V-die bending process, on ...