Sklonnost k khrupkomu razrusheniyu martensito-stareyushchei stali N18K9M5T (MS200) i vysokoprochnoi stali martensitnogo klassa: Fid-Bau Portal

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Sklonnost k khrupkomu razrusheniyu martensito-stareyushchei stali N18K9M5T (MS200) i vysokoprochnoi stali martensitnogo klassa

Beresnev, G.A. / Vylezhnev, V.P. / Sarrak, V.I.

Susceptibility to brittle fracture of maraging steel N18K9M5T (MS 200) and high strength martensitic steel; development of crack begins at stress considerably below fracture strength of material; slow development of crack is explained by growth of plastically deformed zone in proportion to size of crack; the greater critical length of crack and fracture strength, the higher resistance to propagation of crack; plastic deformation in front of crack tip leads to relaxation of local stress field and counteracts transformation of crack from ductile to brittle. (see also English translation in Metal Science and Heat Treatment in 5-6 May-June 1968 p 434-7) (04964)

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Sklonnost k khrupkomu razrusheniyu martensito-stareyushchei stali N18K9M5T (MS200) i vysokoprochnoi stali martensitnogo klassa

Beresnev, G.A. / Vylezhnev, V.P. / Sarrak, V.I.

Susceptibility to brittle fracture of maraging steel N18K9M5T (MS 200) and high strength martensitic steel; development of crack begins at stress considerably below fracture strength of material; slow development of crack is explained by growth of plastically deformed zone in proportion to size of crack; the greater critical length of crack and fracture strength, the higher resistance to propagation of crack; plastic deformation in front of crack tip leads to relaxation of local stress field and counteracts transformation of crack from ductile to brittle. (see also English translation in Metal Science and Heat Treatment in 5-6 May-June 1968 p 434-7) (04964)

Sklonnost k khrupkomu razrusheniyu martensito-stareyushchei stali N18K9M5T (MS200) i vysokoprochnoi stali martensitnogo klassa

Beresnev, G.A. / Vylezhnev, V.P. / Sarrak, V.I.

Susceptibility to brittle fracture of maraging steel N18K9M5T (MS 200) and high strength martensitic steel; development of crack begins at stress considerably below fracture strength of material; slow development of crack is explained by growth of plastically deformed zone in proportion to size of crack; the greater critical length of crack and fracture strength, the higher resistance to propagation of crack; plastic deformation in front of crack tip leads to relaxation of local stress field and counteracts transformation of crack from ductile to brittle. (see also English translation in Metal Science and Heat Treatment in 5-6 May-June 1968 p 434-7) (04964)

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Title:

Sklonnost k khrupkomu razrusheniyu martensito-stareyushchei stali N18K9M5T (MS200) i vysokoprochnoi stali martensitnogo klassa

Additional title:

Sklonnost k khrupkomu razrusheniyu martensito-stareyushchei stali N18K9M5T (MS200) i vysokoprochnoi stali martensitnogo klassa

Contributors:

Beresnev, G.A. (author) / Vylezhnev, V.P. (author) / Sarrak, V.I. (author)

Published in:

Metallovedenie i Termicheskaya Obrabotka Metallov

Publication date:

1968

Size:

5 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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