Electroplastic Effect (EPE) is the influence of electrical current on the microstructure and the plastic flow of materials. In this work, duplex stainless steel UNS S32750 has undergone uniaxial tensile tests with the aid of pulsed electrical current. Different current densities and thermal tests were conducted to separate the EPE from the heating effect. The tested material shows an increase in fracture strain and uniform elongation, while ultimate tensile strength and yield strength were barely affected
Effect of the pulse electric current on mechanical properties of an ultra-high strength steel (UHSS)...
Electrically assisted manufacturing (EAM) is the direct application of an electric current to a work...
Electric pulse aided deformation (EPAD) of metals reduces the flow stress due to both thermal (expan...
It is well known that increasing the temperature softens the materials and increases formability. Th...
Since the late 1950s, an effect of electrical current in addition to joule heating on the deformatio...
Duplex stainless steels (DSSs) possess a typical biphasic microstructure consisting of equal amount ...
Electrically Assisted Manufacturing (EAM) is a recently developed method for materials forming based...
The electroplasticity phenomenon (EP) produces changes in the mechanical properties of a metal, due ...
International audienceIn many modern methods of metal processing, the materials are softened by Joul...
Prestrained at 5% and 15% duplex stainless steel UNS S32750 specimens have been subjected to electro...
The electroplastic effect and its features have been studied in pure metals and alloys using tension...
The article presents the results of the investigations performed on high manganese austenitic steel ...
Application of high-intensity electric fields and/or currents is known to enhance materials’ deforma...
Application of electric pulses during plastic deformation of a metal results in reduction of flow st...
The mechanical properties of metals change temporarily or permanently under the influence of a high ...
Effect of the pulse electric current on mechanical properties of an ultra-high strength steel (UHSS)...
Electrically assisted manufacturing (EAM) is the direct application of an electric current to a work...
Electric pulse aided deformation (EPAD) of metals reduces the flow stress due to both thermal (expan...
It is well known that increasing the temperature softens the materials and increases formability. Th...
Since the late 1950s, an effect of electrical current in addition to joule heating on the deformatio...
Duplex stainless steels (DSSs) possess a typical biphasic microstructure consisting of equal amount ...
Electrically Assisted Manufacturing (EAM) is a recently developed method for materials forming based...
The electroplasticity phenomenon (EP) produces changes in the mechanical properties of a metal, due ...
International audienceIn many modern methods of metal processing, the materials are softened by Joul...
Prestrained at 5% and 15% duplex stainless steel UNS S32750 specimens have been subjected to electro...
The electroplastic effect and its features have been studied in pure metals and alloys using tension...
The article presents the results of the investigations performed on high manganese austenitic steel ...
Application of high-intensity electric fields and/or currents is known to enhance materials’ deforma...
Application of electric pulses during plastic deformation of a metal results in reduction of flow st...
The mechanical properties of metals change temporarily or permanently under the influence of a high ...
Effect of the pulse electric current on mechanical properties of an ultra-high strength steel (UHSS)...
Electrically assisted manufacturing (EAM) is the direct application of an electric current to a work...
Electric pulse aided deformation (EPAD) of metals reduces the flow stress due to both thermal (expan...