ABSTRACT: A finite element model has been developed for the simulation of the shape rolling of stator vanes. These simulations should support the design of rolling tools for new vane types. For the time being only straight vanes (vanes with a constant cross-section over the length) are studied. In that case the rolling process can be considered stationary and an ALE formulation is suitable to calculate the steady state. Results of simulations and experiments for a symmetrical straight vane are presented. Key words: shape rolling, FEM, ALE
Roll forming is an incremental bending process for forming metal sheet, strip or coiled stock. Altho...
The paper reports the results of a numerical analysis of helical-wedge rolling (HWR), a new metal fo...
The finite element technique has been selected to study the hot rolling process because it offers th...
Tool deformation is an important issue in the shape rolling of stator vanes as it directly influence...
Tool deformation is an important issue in the shape rolling of stator vanes as it directly influence...
The shape rolling of stator vanes has been modelled in 3D using the finite element method. Till now ...
ABSTRACT: Tool deformation is an important issue in the shape rolling of stator vanes as it directly...
A new steady-state, three-dimensional finite element-based process model is presented for the predic...
A computational method is presented for the 3D FEM simulation of stationary metal forming processes....
In the first part of this thesis, the FE program MSC.Marc is applied for coupled thermomechanical si...
This chapter is intended to introduce new users to the practical aspects of the thermo-mechanical pr...
© 2014, Springer-Verlag London. A 3D elastic–plastic finite element method (FEM) model of cold strip...
THESIS 7577This thesis investigates a cold forming process called Form Rolling. Form Rolling is an i...
The paper addresses the complexities for a reliable numerical simulation of the roll forming process...
A metal forming process is characterized by various process parameters such as the shape of the work...
Roll forming is an incremental bending process for forming metal sheet, strip or coiled stock. Altho...
The paper reports the results of a numerical analysis of helical-wedge rolling (HWR), a new metal fo...
The finite element technique has been selected to study the hot rolling process because it offers th...
Tool deformation is an important issue in the shape rolling of stator vanes as it directly influence...
Tool deformation is an important issue in the shape rolling of stator vanes as it directly influence...
The shape rolling of stator vanes has been modelled in 3D using the finite element method. Till now ...
ABSTRACT: Tool deformation is an important issue in the shape rolling of stator vanes as it directly...
A new steady-state, three-dimensional finite element-based process model is presented for the predic...
A computational method is presented for the 3D FEM simulation of stationary metal forming processes....
In the first part of this thesis, the FE program MSC.Marc is applied for coupled thermomechanical si...
This chapter is intended to introduce new users to the practical aspects of the thermo-mechanical pr...
© 2014, Springer-Verlag London. A 3D elastic–plastic finite element method (FEM) model of cold strip...
THESIS 7577This thesis investigates a cold forming process called Form Rolling. Form Rolling is an i...
The paper addresses the complexities for a reliable numerical simulation of the roll forming process...
A metal forming process is characterized by various process parameters such as the shape of the work...
Roll forming is an incremental bending process for forming metal sheet, strip or coiled stock. Altho...
The paper reports the results of a numerical analysis of helical-wedge rolling (HWR), a new metal fo...
The finite element technique has been selected to study the hot rolling process because it offers th...