Micromechanical Characteristics of the Surface Layer of 45 Steel After Electric-Spark Treatment

Holubets V. M.; Pashechko M. I.; Borc J.; Barszcz M.

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Micromechanical Characteristics of the Surface Layer of 45 Steel After Electric-Spark Treatment

机译：电火花处理后45钢表面层的微机械特性

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摘要

We analyze the principal micromechanical characteristics of the surface layers of 45 steel with electricspark coatings, namely, their microhardness, microplasticity (creep), Young's modulus, elastic and relaxation properties, elasticity of microstrains, and the changes in the contact stiffness.

机译：我们用电气停留涂层分析45钢的表面层的主要微机械特性，即它们的微硬度，微泡性度（蠕变），杨氏模量，弹性和弛豫特性，微拖道弹性，以及接触刚度的变化。

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来源
《Materials Science 》 |2019年第3期| 共8页
作者
Holubets V. M.; Pashechko M. I.; Borc J.; Barszcz M.;
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作者单位

Ukrainian Natl Forestry Univ Lvov Ukraine;

Lublin Univ Technol Lublin Poland;

Lublin Univ Technol Lublin Poland;

Lublin Univ Technol Lublin Poland;

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原文格式 PDF
正文语种 eng
中图分类工程材料学 ;
关键词
electric-spark coating; nanoindentation; nanoscratching; micromechanical characteristics;

机译：电火花涂层;纳米凸缘;纳秒;微机械特性;

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专利

1. Micromechanical Characteristics of the Surface Layer of 45 Steel After Electric-Spark Treatment [J] . Holubets V. M., Pashechko M. I., Borc J., Materials Science . 2019 ,第3期

机译：电火花处理后45钢表面层的微机械特性
2. A phase composition of surface layers of rapid steels after electric-spark alloying and laser treatment [J] . Paustovskyi O.V., Botvynko V.P. Физико-химическая механика материалов: Науч.-техн. журн. . 2000 ,第1期

机译：电火花合金化和激光处理后的快速钢表面层的相组成
3. Increasing the Wear Resistance of Surface Layers of High-Speed Steel by Electric-Spark Alloying and Laser Treatment [J] . V.P.Botvinko, M.S.Kovalchenko Powder Metallurgy and Metal Ceramics . 1999 ,第7a8期

机译：通过电火花合金化和激光处理提高高速钢表面层的耐磨性
4. The Effect of Ion-Plasma Treatment on Micromechanical Characteristics of Compositional Layers in Austenitic Stainless Steel with Different Grain Sizes [C] . Valentina Moskvina, Galina Maier, Elena Zagibalova International Conference on Advanced Materials with Hierarchical Structure for New Technologies and Reliable Structures . 2019

机译：离子等离子体处理对不同粒度的奥氏体不锈钢组成层的微机械特性的影响
5. Generation of antifouling layers from polyethylene glycol by cold plasma technique on stainless steel and polymer surfaces. [D] . Dong, Baiyan. 2007

机译：通过冷等离子体技术在不锈钢和聚合物表面上由聚乙二醇生成防污层。
6. The Influence of the Depth of Cut in Single-Pass Grinding on the Microstructure and Properties of the C45 Steel Surface Layer [O] . Marek Szkodo, Karolina Chodnicka-Wszelak, Mariusz Deja, 2020

机译：单道次磨削切削深度对C45钢表面层组织和性能的影响
7. Increase of strength and tribological characteristics of surface layers of stainless austenitic steel by frictional treatment [O] . Макаров, А. В., Скорынина, П. А., Юровских, А. С., 2014

机译：通过摩擦处理提高不锈钢奥氏体钢表面层的强度和摩擦学特性
8. Effect of Surface Treatment on the Surface Characteristics of AISI 316L Stainless Steel. [R] . Trigwell, S., Selvaduray, G. 2005

机译：表面处理对aIsI 316L不锈钢表面特性的影响。

Micromechanical Characteristics of the Surface Layer of 45 Steel After Electric-Spark Treatment

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