The multi-pass vertical-horizontal (V-H) rolling process using plain-barreled edging roll and two grooved edging rolls with inward chamfer radius R=50 mm and R=80 mm was modeled by way of explicit dynamic FEM and updated geometries, and the slab corner metal flow under the conditions as above was analyzed. With the specified rolling schedule, it was found that the slab corner metal is curling and overturning onto the slab top surface when using the plain-barreled edging roll, and the slab corner metal is kept onto the line intersecting the top surface with side surface of the slab when using grooved edging roll
The paper reports the results of a numerical analysis of helical-wedge rolling (HWR), a new metal fo...
A new multi-pass hot shape rolling was designed based on a three-dimensional analysis of channel sec...
The ability to predict mass flow behavior during hot rolling is essential to product quality. In thi...
Cracks appear on slab corner which is an important quality problem in some steelworks. The closure a...
The research on metal transverse flow under variable specification is of great significance for shap...
Reducing wedge without generating camber is still a big challenge for today’s process automation sys...
Modelling of flat rolling processes has great interest not only from the point of view of process an...
MasterVertical and Horizontal rolling in roughing mills are important processes to control width and...
The ultimate goal in hot roll pass design is to manufacture a rolled product with the required dimen...
International audienceRoll deformation is an extremely important problem in strip rolling, all the m...
International audiencePushed forward by mill complexification and harder product quality requirement...
Sequence design for shape-rolling processes consists of roll pass and profile design, i.e., transfor...
© 2014, Springer-Verlag London. A 3D elastic–plastic finite element method (FEM) model of cold strip...
The purpose of this study is to predict the front-end curvature in hot strip finishing mills and to ...
In metalworking, rolling is a metal-forming process in which slab is passed through one or more pair...
The paper reports the results of a numerical analysis of helical-wedge rolling (HWR), a new metal fo...
A new multi-pass hot shape rolling was designed based on a three-dimensional analysis of channel sec...
The ability to predict mass flow behavior during hot rolling is essential to product quality. In thi...
Cracks appear on slab corner which is an important quality problem in some steelworks. The closure a...
The research on metal transverse flow under variable specification is of great significance for shap...
Reducing wedge without generating camber is still a big challenge for today’s process automation sys...
Modelling of flat rolling processes has great interest not only from the point of view of process an...
MasterVertical and Horizontal rolling in roughing mills are important processes to control width and...
The ultimate goal in hot roll pass design is to manufacture a rolled product with the required dimen...
International audienceRoll deformation is an extremely important problem in strip rolling, all the m...
International audiencePushed forward by mill complexification and harder product quality requirement...
Sequence design for shape-rolling processes consists of roll pass and profile design, i.e., transfor...
© 2014, Springer-Verlag London. A 3D elastic–plastic finite element method (FEM) model of cold strip...
The purpose of this study is to predict the front-end curvature in hot strip finishing mills and to ...
In metalworking, rolling is a metal-forming process in which slab is passed through one or more pair...
The paper reports the results of a numerical analysis of helical-wedge rolling (HWR), a new metal fo...
A new multi-pass hot shape rolling was designed based on a three-dimensional analysis of channel sec...
The ability to predict mass flow behavior during hot rolling is essential to product quality. In thi...