Standard

Estimation of the microstructure and properties of 35KhN2MFA steel under static and dynamic loading. / Sevenkova, E. A.; Kruglov, A. A.; Shkundina, M. R. и др.
в: Problemy Prochnosti, № 1, 1992, стр. 17-20.

Результаты исследований: Вклад в журнал › Статья › Рецензирование

Harvard

Sevenkova, EA, Kruglov, AA, Shkundina, MR, Borodina, TM & Farber, VM 1992, 'Estimation of the microstructure and properties of 35KhN2MFA steel under static and dynamic loading', Problemy Prochnosti, № 1, стр. 17-20.

APA

Sevenkova, E. A., Kruglov, A. A., Shkundina, M. R., Borodina, T. M., & Farber, V. M. (1992). Estimation of the microstructure and properties of 35KhN2MFA steel under static and dynamic loading. Problemy Prochnosti, (1), 17-20.

Vancouver

Sevenkova EA, Kruglov AA, Shkundina MR, Borodina TM, Farber VM. Estimation of the microstructure and properties of 35KhN2MFA steel under static and dynamic loading. Problemy Prochnosti. 1992;(1):17-20.

Author

Sevenkova, E. A. ; Kruglov, A. A. ; Shkundina, M. R. и др. / Estimation of the microstructure and properties of 35KhN2MFA steel under static and dynamic loading. в: Problemy Prochnosti. 1992 ; № 1. стр. 17-20.

BibTeX

@article{272ddde05b13402dab7902cdace610d3,
title = "Estimation of the microstructure and properties of 35KhN2MFA steel under static and dynamic loading",
abstract = "The effect of the microstructure of 35KhN2MFA steel on the mechanic properties under static and dynamic loading has been investigated. Different microstructures were obtained as a result of the following heat treatment condition: 1) quenching from 740 - 1100 C; 2) isothermal quenching at 360 C; 3) tempering at 300 - 550 C; 4)thermocycling. The impact - fatigue test was carried on an impact testing machine with impact energy of 1.087 J. Increasing of the quenching temperature leads to increasing of fatigue life from 5700 (Tq=740 C) to 10100 cycles (Tq=1100 C) without changes in strength (σb=1740 MPa) and with some decreasing of ductility and impact toughness. Isothermally quenched and high tempered specimens shown high fatigue life (N=12000 - 13500 cycles), but lower strength (σb=1330 MPa). The specimens after thermocyclic treatment reveal the best combination of mechanical properties under static and dynamic loading.",
author = "Sevenkova, {E. A.} and Kruglov, {A. A.} and Shkundina, {M. R.} and Borodina, {T. M.} and Farber, {V. M.}",
year = "1992",
language = "Русский",
pages = "17--20",
journal = "Problemy Prochnosti",
issn = "0556-171X",
publisher = "Natsional'na Akademiya Nauk Ukrainy",
number = "1",

}

RIS

TY - JOUR

T1 - Estimation of the microstructure and properties of 35KhN2MFA steel under static and dynamic loading

AU - Sevenkova, E. A.

AU - Kruglov, A. A.

AU - Shkundina, M. R.

AU - Borodina, T. M.

AU - Farber, V. M.

PY - 1992

Y1 - 1992

N2 - The effect of the microstructure of 35KhN2MFA steel on the mechanic properties under static and dynamic loading has been investigated. Different microstructures were obtained as a result of the following heat treatment condition: 1) quenching from 740 - 1100 C; 2) isothermal quenching at 360 C; 3) tempering at 300 - 550 C; 4)thermocycling. The impact - fatigue test was carried on an impact testing machine with impact energy of 1.087 J. Increasing of the quenching temperature leads to increasing of fatigue life from 5700 (Tq=740 C) to 10100 cycles (Tq=1100 C) without changes in strength (σb=1740 MPa) and with some decreasing of ductility and impact toughness. Isothermally quenched and high tempered specimens shown high fatigue life (N=12000 - 13500 cycles), but lower strength (σb=1330 MPa). The specimens after thermocyclic treatment reveal the best combination of mechanical properties under static and dynamic loading.

AB - The effect of the microstructure of 35KhN2MFA steel on the mechanic properties under static and dynamic loading has been investigated. Different microstructures were obtained as a result of the following heat treatment condition: 1) quenching from 740 - 1100 C; 2) isothermal quenching at 360 C; 3) tempering at 300 - 550 C; 4)thermocycling. The impact - fatigue test was carried on an impact testing machine with impact energy of 1.087 J. Increasing of the quenching temperature leads to increasing of fatigue life from 5700 (Tq=740 C) to 10100 cycles (Tq=1100 C) without changes in strength (σb=1740 MPa) and with some decreasing of ductility and impact toughness. Isothermally quenched and high tempered specimens shown high fatigue life (N=12000 - 13500 cycles), but lower strength (σb=1330 MPa). The specimens after thermocyclic treatment reveal the best combination of mechanical properties under static and dynamic loading.

UR - http://www.scopus.com/inward/record.url?partnerID=8YFLogxK&scp=0026771581

M3 - Статья

SP - 17

EP - 20

JO - Problemy Prochnosti

JF - Problemy Prochnosti

SN - 0556-171X

IS - 1

ER -

ID: 55003509