IFIR   05409
INSTITUTO DE FISICA DE ROSARIO
Unidad Ejecutora - UE
artículos
Título:
Recovery and recrystallisation processes in plastically deformed WE43 alloy
Autor/es:
O. A. LAMBRI; W. RIEHEMANN
Revista:
ZEITSCHRIFT FUR METALLKUNDE
Editorial:
Carl Hanser, Verlag
Referencias:
Lugar: München; Año: 2011 vol. 12 p. 1438 - 1445
ISSN:
0044-3093
Resumen:
Mechanical spectroscopy, differential scanning calorimetryechanical spectroscopy, differential scanning calorimetry
measurements and light microscopy studies were performed
on homogenised and plastically deformed samples
on homogenised and plastically deformed samples
asurements and light microscopy studies were performed
on homogenised and plastically deformed samplessed and plastically deformed samples
of commercial WE43 magnesium alloy. Plastic deformationcommercial WE43 magnesium alloy. Plastic deformation
was performed both at 300 K and 643 K, and at 1%as performed both at 300 K and 643 K, and at 1%
and 10% of uniform plastic deformation. Samples 1% deformednd 10% of uniform plastic deformation. Samples 1% deformed
at 300K did not show recrystallisation, but recoveryt 300K did not show recrystallisation, but recovery
at about 633 K was detected. Samples 1% deformed at
643 Krecovered dynamically, during hot working. Samples
643 Krecovered dynamically, during hot working. Samples
t about 633 K was detected. Samples 1% deformed at
643 Krecovered dynamically, during hot working. Samples43 Krecovered dynamically, during hot working. Samples
10% deformed at 300K began to recrystallise at about
730 K, meanwhile samples 10% deformed at 643 K
730 K, meanwhile samples 10% deformed at 643 K
0% deformed at 300K began to recrystallise at about
730 K, meanwhile samples 10% deformed at 643 KK, meanwhile samples 10% deformed at 643 K
dynamically recrystallised during hot working.ynamically recrystallised during hot working.