A copper bar was drawn while a lead bar was extruded through a cyclically twisting die in a specifically designed experimental rig. The drawing/extrusion load fluctuated at the same frequency as that of die twisting. The load tended to be at a level of monotonic deformation when the die was changing direction. The degree of the reduction in load for both the drawing and extrusion processes depended on the deformation conditions and requires optimisation for industrial application.<br /
The paper studies the evolution of microstructure and mechanical properties of copper wire during a ...
Torsion bars are used in automotive engineering as well as in other industrial applications. Such el...
Processing by twist extrusion was used to produce copper billets with a hexagonal cross-section. A s...
In the current work, constitutive models are developed to describe the cyclic hardening and softenin...
This study dealt with discovering the optimal conditions of the twist extrusion parameters for produ...
Experimental and theoretical investigations of compression and extrusion of metals with steadily or ...
Summary Since early works of cyclic plasticity, it was observed that stress-strain cycles of large a...
The experiments have been conducted to study the mechanical properties of commercially pure copper p...
In copper extrusion, billet temperatures of 600°C or more are very common and the dies are therefore...
Massive forming processes cannot be described by quantitative relationships or analysed by plasticit...
Axisymmetric bar drawing increases the strength and decreases the ductility of metals. The recovery ...
Forging provides an elegant solution to the problem of producing complicated shapes from heated meta...
The workability of a material during deformation processing is determined by (a) the die geometry wh...
In this paper, regarding the example of concurrent extrusion of a round bar, the results of a compar...
The extrusion process has been simulated using the rigid-viscoplastic finite element analysis code A...
The paper studies the evolution of microstructure and mechanical properties of copper wire during a ...
Torsion bars are used in automotive engineering as well as in other industrial applications. Such el...
Processing by twist extrusion was used to produce copper billets with a hexagonal cross-section. A s...
In the current work, constitutive models are developed to describe the cyclic hardening and softenin...
This study dealt with discovering the optimal conditions of the twist extrusion parameters for produ...
Experimental and theoretical investigations of compression and extrusion of metals with steadily or ...
Summary Since early works of cyclic plasticity, it was observed that stress-strain cycles of large a...
The experiments have been conducted to study the mechanical properties of commercially pure copper p...
In copper extrusion, billet temperatures of 600°C or more are very common and the dies are therefore...
Massive forming processes cannot be described by quantitative relationships or analysed by plasticit...
Axisymmetric bar drawing increases the strength and decreases the ductility of metals. The recovery ...
Forging provides an elegant solution to the problem of producing complicated shapes from heated meta...
The workability of a material during deformation processing is determined by (a) the die geometry wh...
In this paper, regarding the example of concurrent extrusion of a round bar, the results of a compar...
The extrusion process has been simulated using the rigid-viscoplastic finite element analysis code A...
The paper studies the evolution of microstructure and mechanical properties of copper wire during a ...
Torsion bars are used in automotive engineering as well as in other industrial applications. Such el...
Processing by twist extrusion was used to produce copper billets with a hexagonal cross-section. A s...