For some time, the importance of mechanical anisotrop} ' to deep drawing has been realized, but this has been attributed pri-marily to the resultant degree of resistance to straining in the through thickness direction. As a result of the work of Moore and Wallace [5] and the present study, it is evident that mechani cal anisotropy affects, in addition, the amount of stretching which the material may undergo before it necks down and frac-tures
International audienceThis paper proposes a model which predicts the feasibility of deep drawing ope...
Sheet metal formability is conventionally assessed in a two dimensional plot of principal strains or...
During the drawing of sheet metal between a die and a blankholder, compressive hoop-stresses are de...
For some time, the importance of mechanical anisotrop} ' to deep drawing has been realized, but...
The deep drawing behavior of fifty-five materials has been studied using the Swift cup drawing test....
Based on Bassani yield function, a numerical analysis of axisymmetrical shrink-flanging is attempted...
Springback is a significant problem in the sheet metal forming process. When the tools are released ...
This work compares the relative importance of material anisotropy in sheet forming as compared to ot...
International audienceThis paper deals with the identification and modelling of the deformation beha...
The use of modern materials leads to a need for detailed knowledge of the material flow. Drawbeads a...
Sheet metals generally exhibit a considerable anisotropy which highly influences the final geometry ...
Abstract- The Deep drawing is a manufacturing process in which sheet metal is progressively formed i...
The prediction of the yielding and flow behaviour of materials under complex stress systems from te...
The use of modern and more complex materials leads to a need for detailed knowledge and controlling ...
In this work the difference between steel and aluminium in sheet metal forming opera-tions, and the ...
International audienceThis paper proposes a model which predicts the feasibility of deep drawing ope...
Sheet metal formability is conventionally assessed in a two dimensional plot of principal strains or...
During the drawing of sheet metal between a die and a blankholder, compressive hoop-stresses are de...
For some time, the importance of mechanical anisotrop} ' to deep drawing has been realized, but...
The deep drawing behavior of fifty-five materials has been studied using the Swift cup drawing test....
Based on Bassani yield function, a numerical analysis of axisymmetrical shrink-flanging is attempted...
Springback is a significant problem in the sheet metal forming process. When the tools are released ...
This work compares the relative importance of material anisotropy in sheet forming as compared to ot...
International audienceThis paper deals with the identification and modelling of the deformation beha...
The use of modern materials leads to a need for detailed knowledge of the material flow. Drawbeads a...
Sheet metals generally exhibit a considerable anisotropy which highly influences the final geometry ...
Abstract- The Deep drawing is a manufacturing process in which sheet metal is progressively formed i...
The prediction of the yielding and flow behaviour of materials under complex stress systems from te...
The use of modern and more complex materials leads to a need for detailed knowledge and controlling ...
In this work the difference between steel and aluminium in sheet metal forming opera-tions, and the ...
International audienceThis paper proposes a model which predicts the feasibility of deep drawing ope...
Sheet metal formability is conventionally assessed in a two dimensional plot of principal strains or...
During the drawing of sheet metal between a die and a blankholder, compressive hoop-stresses are de...