STRUCTURE AND PROPERTIES OF HIGH-CARBON HIGH-VANADIUM IRON-BASE ALLOYS FOR SURFACING

E. F. Perepletchikov; I. A. Ryabtsev; V. G. Vasilev

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STRUCTURE AND PROPERTIES OF HIGH-CARBON HIGH-VANADIUM IRON-BASE ALLOYS FOR SURFACING

机译：高碳高钒铁基堆焊合金的组织与性能

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Results of a study of the structure, hardness, and wear resistance of iron-base alloys bearing up to 4.5 percent C and 15 percent V are presented. The dependence of the structure and the type of carbides on the chemical composition of the alloys is studied. The effect of the structure on the abrasive strength of surfaced metal close in composition to the studied alloys is analyzed in the initial condition and after heat treatment. Recommendations are given for improving the wear resistance of cutters for nonmetallic materials.

机译：给出了对碳含量高达4.5％和V含量高达15％的铁基合金的组织，硬度和耐磨性的研究结果。研究了碳化物的结构和类型对合金化学成分的依赖性。在初始条件下和热处理后，分析了结构对组成接近于所研究合金的表面金属的磨蚀强度的影响。为提高非金属材料刀具的耐磨性提出了建议。

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《Metal Science and Heat Treatment》 |2003年第6期|共4页
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E. F. Perepletchikov; I. A. Ryabtsev; V. G. Vasilev;
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正文语种 eng
中图分类金属学与热处理;
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1. STRUCTURE AND PROPERTIES OF HIGH-CARBON HIGH-VANADIUM IRON-BASE ALLOYS FOR SURFACING [J] . E. F. Perepletchikov, I. A. Ryabtsev, V. G. Vasilev Metal Science and Heat Treatment . 2003,第5a6期

机译：高碳高钒铁基堆焊合金的组织与性能
2. PROPERTIES OF IRON-BASE ALLOYS FOR PLASMA POWDER HARD-FACING OF SEALING SURFACES OF FITTINGS [J] . E. F. PEREPLYOTCHIKOV, I. A. RYABTSEV The Paton Welding Journal . 2011,第Sepa期

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3. Corrigendum to “Effect of plasma nitriding on the surface properties of the chromium diffusion coating layer in iron-base alloys” [Surface & Coatings Technology. Volume 116–119 (1999) p. 391–397] [J] . Do Yon Chang, Sang Yul Lee, Sung-Goon Kang Surface & Coatings Technology . 2010,第9a10期

机译：有关“等离子渗氮对铁基合金中铬扩散涂层的表面性能的影响”的勘误[表面和涂层技术。第116-119卷（1999）。 391–397]
4. Effect of microstructure on the mechanical and performance properties of high-vanadium cast iron [C] . M. Kawalec, M. Maj World foundry congress . 2014

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5. Investigations of the electronic properties and surface structures of aluminum-rich quasicrystalline alloys. [D] . Barrow, Jason Allen. 2003

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7. Microstructures and Mechanical Properties of Sintered and Hot-Forged High-Carbon High-Vanadium Tool Steels [O] . Hisashi ANDO, Akira OKAYAMA, Ko SOENO 1975

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8. Microstructures, Transformations and Properties of Oxidation-Resistant, Iron-Base, Aluminum-Modified Alloys [R] . Tamayo, G. L. 1982

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STRUCTURE AND PROPERTIES OF HIGH-CARBON HIGH-VANADIUM IRON-BASE ALLOYS FOR SURFACING

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