Models for thermo-mechanical processing of metals have recently been developed in a European collaborative project. The scope has been work-hardening, deformation texture evolution and recrystallisation. In the present work these models have been combined with finite element modelling in order to predict microstructural properties of rolled strips of alloy 3103 subjected to full-scale industrial rolling and subsequent recrystallisation annealing. All sub-models demonstrated good prediction power. Integration and combination of the sub-models with finite element modelling represents a powerful tool for virtual processing and optimisation of industrial products and processing conditions
Recrystallization kinetics, during and after hot deformation, has been investigated for decades. Fro...
During the manufacture of turbine blades from single crystal nickel-based superalloys by investment ...
The development of grain size during commercial thermomechanical processing of 6000 series aluminium...
Bulk metal forming processes range from processes with a single deformation step such as certain clo...
The principal objectives of this work were (i) to investigate the effect of geometry on the through-...
rolled slab thickness for all the slab/geometry and rolling conditions considered and that the orien...
The process chain for sheet metals after casting to produce components made of semi-finished product...
Part I of this paper deals with the simulation of a hot strip mill from the roughing mill exit to th...
Models for the microstructure evolution during hot rolling are reviewed. The basic macroscopic pheno...
This study presents the application of the finite element method and intelligent systems techniques ...
The main objective of this study is to simulate texture and deformation during the temper-rolling pr...
Abstract: The cold-rolling process is a complex dynamic strain-hardening mechanism that is known for...
This study presents an integrated model for computing the thermo-mechanical parameters (cross-sectio...
A tailor-made microstructure, especially regarding grain size and texture, improves the magnetic pro...
In sheet metal production, a typical process chain contains hot rolling, cold rolling and annealing ...
Recrystallization kinetics, during and after hot deformation, has been investigated for decades. Fro...
During the manufacture of turbine blades from single crystal nickel-based superalloys by investment ...
The development of grain size during commercial thermomechanical processing of 6000 series aluminium...
Bulk metal forming processes range from processes with a single deformation step such as certain clo...
The principal objectives of this work were (i) to investigate the effect of geometry on the through-...
rolled slab thickness for all the slab/geometry and rolling conditions considered and that the orien...
The process chain for sheet metals after casting to produce components made of semi-finished product...
Part I of this paper deals with the simulation of a hot strip mill from the roughing mill exit to th...
Models for the microstructure evolution during hot rolling are reviewed. The basic macroscopic pheno...
This study presents the application of the finite element method and intelligent systems techniques ...
The main objective of this study is to simulate texture and deformation during the temper-rolling pr...
Abstract: The cold-rolling process is a complex dynamic strain-hardening mechanism that is known for...
This study presents an integrated model for computing the thermo-mechanical parameters (cross-sectio...
A tailor-made microstructure, especially regarding grain size and texture, improves the magnetic pro...
In sheet metal production, a typical process chain contains hot rolling, cold rolling and annealing ...
Recrystallization kinetics, during and after hot deformation, has been investigated for decades. Fro...
During the manufacture of turbine blades from single crystal nickel-based superalloys by investment ...
The development of grain size during commercial thermomechanical processing of 6000 series aluminium...