STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOW

The field research results of the austenitic steel wear under the droplet impact erosion are presented. The stages of the erosive wear origin and development are considered. The leading part of the side cracks in the forming and growth of the erosion fracture craters, as specified in Marshall-Lawn m...

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Main Authors: Valery N. Varavka, Oleg V. Kudryakov
Format: Article
Language:Russian
Published: Don State Technical University 2011-10-01
Series:Advanced Engineering Research
Subjects:
Online Access:https://www.vestnik-donstu.ru/jour/article/view/867
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author Valery N. Varavka
Oleg V. Kudryakov
author_facet Valery N. Varavka
Oleg V. Kudryakov
author_sort Valery N. Varavka
collection DOAJ
description The field research results of the austenitic steel wear under the droplet impact erosion are presented. The stages of the erosive wear origin and development are considered. The leading part of the side cracks in the forming and growth of the erosion fracture craters, as specified in Marshall-Lawn model, is shown by the high-resolution scanning electron microscopy technique.
format Article
id doaj-art-e005e992c64e46b0b5069004230108d8
institution Kabale University
issn 2687-1653
language Russian
publishDate 2011-10-01
publisher Don State Technical University
record_format Article
series Advanced Engineering Research
spelling doaj-art-e005e992c64e46b0b5069004230108d82025-08-20T03:57:22ZrusDon State Technical UniversityAdvanced Engineering Research2687-16532011-10-01118-213761384855STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOWValery N. Varavka0Oleg V. Kudryakov1Don State Technical University.Don State Technical UniversityThe field research results of the austenitic steel wear under the droplet impact erosion are presented. The stages of the erosive wear origin and development are considered. The leading part of the side cracks in the forming and growth of the erosion fracture craters, as specified in Marshall-Lawn model, is shown by the high-resolution scanning electron microscopy technique.https://www.vestnik-donstu.ru/jour/article/view/867metal surfaceaustenitic steelstrengthfractureelastoplastic contactdroplet impact erosionerosive wear mechanisms.
spellingShingle Valery N. Varavka
Oleg V. Kudryakov
STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOW
Advanced Engineering Research
metal surface
austenitic steel
strength
fracture
elastoplastic contact
droplet impact erosion
erosive wear mechanisms.
title STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOW
title_full STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOW
title_fullStr STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOW
title_full_unstemmed STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOW
title_short STRENGTH AND HIGH-PLASTICITY MATERIALS FRACTURE MECHANISMS UNDER DISCRETE WATER-DROPLET FLOW
title_sort strength and high plasticity materials fracture mechanisms under discrete water droplet flow
topic metal surface
austenitic steel
strength
fracture
elastoplastic contact
droplet impact erosion
erosive wear mechanisms.
url https://www.vestnik-donstu.ru/jour/article/view/867
work_keys_str_mv AT valerynvaravka strengthandhighplasticitymaterialsfracturemechanismsunderdiscretewaterdropletflow
AT olegvkudryakov strengthandhighplasticitymaterialsfracturemechanismsunderdiscretewaterdropletflow