IFIR 05409
INSTITUTO DE FISICA DE ROSARIO
Unidad Ejecutora - UE
artículos
Título:
Dynamic strain aging effects on low-cycle fatigue of AISI 430F
Autor/es:
M. AVALOS; I. ALVAREZ-ARMAS; A.F
Revista:
MATERIALS SCIENCE AND ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROSTRUCTURE AND PROCESSING
Editorial:
Elsevier
Referencias:
Lugar: The Neederlanders; Año: 2008
ISSN:
0921-5093
Resumen:
The effects of dynamic strain aging (DSA) on the cyclic mechanical behaviorwere investigated in a ferritic
steel type AISI 430F. Strain-rate changes performed during cyclic tests showa negative strain-rate dependence
of the flow stress for temperatures ranging from 200 ◦C to 450◦C. Low-cycle fatigue curves exhibit
prominent cyclic hardening at 400 ◦C and 450 ◦C. The influence of the embrittlement phenomena on the
hardening of this ferritic steel was also investigated by performing aging treatments at 400 ◦C and 450 ◦C
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
hardening of this ferritic steel was also investigated by performing aging treatments at 400 ◦C and 450 ◦C
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
prominent cyclic hardening at 400 ◦C and 450 ◦C. The influence of the embrittlement phenomena on the
hardening of this ferritic steel was also investigated by performing aging treatments at 400 ◦C and 450 ◦C
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
hardening of this ferritic steel was also investigated by performing aging treatments at 400 ◦C and 450 ◦C
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
in the alloy. These results suggest that a DSA mechanism is operative in this material in a temperature
range between 300 ◦C and 400 ◦C. Stress relaxation experimental results are also discussed in terms of
dynamic strain aging.
dynamic strain aging.
