CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIAL

Results of experimental determination of the processes of development fatigue crack in tube steel with structure of the natural ferrit-martensitic composite material (NFMC) are presented. It is shown that achievement of constructive heavy-duty is caused by special mechanism of the spreading crack in...

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Main Authors: V.N. PUSTOVOIT, V.V. MULCHIN, J.M. DOMBROVSKI
Format: Article
Language:Russian
Published: Don State Technical University 2018-08-01
Series:Вестник Донского государственного технического университета
Subjects:
Online Access:https://vestnik.donstu.ru/jour/article/view/1249
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author V.N. PUSTOVOIT
V.V. MULCHIN
J.M. DOMBROVSKI
author_facet V.N. PUSTOVOIT
V.V. MULCHIN
J.M. DOMBROVSKI
author_sort V.N. PUSTOVOIT
collection DOAJ
description Results of experimental determination of the processes of development fatigue crack in tube steel with structure of the natural ferrit-martensitic composite material (NFMC) are presented. It is shown that achievement of constructive heavy-duty is caused by special mechanism of the spreading crack in steel with structure of NFMC.
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1992-6006
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series Вестник Донского государственного технического университета
spelling doaj.art-128f10828cec47c79b91d35ce0697a5f2022-12-22T01:32:05ZrusDon State Technical UniversityВестник Донского государственного технического университета1992-59801992-60062018-08-01833483571234CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIALV.N. PUSTOVOIT0V.V. MULCHIN1J.M. DOMBROVSKI2Don State Technical University.Don State Technical University.Don State Technical University.Results of experimental determination of the processes of development fatigue crack in tube steel with structure of the natural ferrit-martensitic composite material (NFMC) are presented. It is shown that achievement of constructive heavy-duty is caused by special mechanism of the spreading crack in steel with structure of NFMC.https://vestnik.donstu.ru/jour/article/view/1249естественный ферритно-мартенситный композитциклическая трещиностойкостьмеханизм распространения трещины
spellingShingle V.N. PUSTOVOIT
V.V. MULCHIN
J.M. DOMBROVSKI
CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIAL
Вестник Донского государственного технического университета
естественный ферритно-мартенситный композит
циклическая трещиностойкость
механизм распространения трещины
title CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIAL
title_full CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIAL
title_fullStr CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIAL
title_full_unstemmed CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIAL
title_short CONSTRUCTIVE STRENGTH OF THE TUBE STEEL WITH STRUCTURE OF THE NATURAL FERRIT-MARTENSITIC COMPOSITE MATERIAL
title_sort constructive strength of the tube steel with structure of the natural ferrit martensitic composite material
topic естественный ферритно-мартенситный композит
циклическая трещиностойкость
механизм распространения трещины
url https://vestnik.donstu.ru/jour/article/view/1249
work_keys_str_mv AT vnpustovoit constructivestrengthofthetubesteelwithstructureofthenaturalferritmartensiticcompositematerial
AT vvmulchin constructivestrengthofthetubesteelwithstructureofthenaturalferritmartensiticcompositematerial
AT jmdombrovski constructivestrengthofthetubesteelwithstructureofthenaturalferritmartensiticcompositematerial