Temperature dependence of hardness in silicon–carbide ceramics with different porosity
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References (32)
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1. Milman YuV, Galanov BA, Chugunova SI. Plasticity Characteristic Obtained through Hardness Measurement. Acta Met. Mater. 41(9) overview 107 (1993) 2523–2531
2. Ristich M, Trefilov VI, Milman Yu V, Gridneva IV. Structure and mechanical properties of powder metallurgy materials. Beograd: Serbskaja akademija nauk i iskusstv, 1992
3. Skorokhod VV. The theory of physical properties of porous and composite materials and principles for controlling their microstructure in production processes. Poroshk Metall 1995;1–2:53–7110.1007/BF00559852 ↗
4. Drachinsky AS, Kushchevsky AE, Perepelkin AV. Porosity effect on crack resistance of powder iron. Poroshk Metall 1992;12
5. Salak A, Miskovich V, Dudrova E, Rudnayova E. The dependence of mechanical properties of sintered iron compacts upon porosity. Powd Metal Inter 1974;6:128–132
6. Haynes R. The mechanical behaviour of sintered metals. London: Friend Publishing House, 1981
7. Gurevich Yu G, Rakhmanov VI. Treatment of powder metallurgy steels, Moscow: Metallurgiya, 1985
8. Andrievsky RA, Lanin AG, Rymashevsky GA. Strength of refractory compounds. Moscow: Metallurgiya, 1974
9. Gridneva IV, Milman Yu V, Trefilov VI. Phase transition in diamond-structure crystals during hardness measurements. Phys Status Solidi (a) 1972;14:177–18210.1002/pssa.2210140121 ↗
10. Shin CJ, Nesterenko VF, Meyers MA. High strain-rate deformation and comminution of silicon carbide. Int J IMPACT Eng 1977;20(1–8)
11. Gudtzov NP, Lozinsky IG. Study of the process of metals and alloy aging by measuring hardness on heating in vacuum. J Exp Theor Phys 1952;22(8):1249–1252
12. Chermant JI. Determination of fracture toughness for brittle materials. Bull Soc Frans Ceram 1975;(108):39–52
13. Kudela S, Shtern MB, Ivlev Yu A. Model of the nonlinear elastic behavior of a powder composite material. I. Properties of heteroresistant powder materials. Powder Metal Metal Ceramics 1994;33(11–12):623–62710.1007/BF00559674 ↗
14. Kudela S, Shtern MB, Ivlev Yu A. Model of the nonlinear elastic behavior of a powder composite material. II. Defining Relationships. Powder Metal Metal Ceramics 1995;34(3–4):189–19310.1007/BF00559567 ↗
15. Westbrook JH, Stover ER. Carbides for high-temperature applications. New York: High-Temperature Materials and Technology, 1967
16. Ryshkevitch E. Discussion of ball milling of pure ceramic borides. J Am Cer Soc 1953;36:65–68
17. Milman Yu V, Trefilov VI. To the physical nature of the yield stress temperature dependence. In: Mechanizm razrusheniya metallov. Kiev: Naukova Dumka, 1966;59–76
18. Trefilov VI, Milman Yu V, Gridneva IV. Characteristic temperature of deformation of crystalline materials. Cryst Res Tech 1984;19(3):413–42110.1002/crat.2170190321 ↗
19. Trefilov VI, Milman Yu V, Grigoriev ON. Deformation and rupture of crystals with covalent interatomic bonds. Prog Cryst Growth Charact 1988;1610.1016/0146-3535(88)90019-6 ↗
20. Joffe AF. Selected works. Leningrad: Nauka, 1974
21. Trefilov VI, Milman YuV, Firstov SA. Physical fundamentals of strength of refractory metals. Kiev: Naukova dumka, 1975
22. Tabor D. Indentation hardness: Fifty years on. A personal view. Phil Mag A 1966;74(5):1207–121210.1080/01418619608239720 ↗
23. Trefilov VI, Milman YuV. Sb. Voprosy fiziki metallov i metallovedeniya, Kiev: Akad. Nauk Ukraine, 1963;17:32–34
24. Gerk AP, Tabor D. Nature. 1978;27110.1038/271732a0 ↗
25. Novikov NV, Dub SN, Milman YuV, Gridneva IV, Chugunova SI. Application of nanoindentation method to study a semiconductor – Metal phase transformation in silicon. Sverkhtverdye Materialy, 1996;18(3):37–46
26. Pharr GM. The anomalous behavior of silicon during nanoindentation. Mat Res Soc Symp Proc 1992;239:301–31210.1557/PROC-239-301 ↗
27. Kailer A, Gogotsi YuG, Nickel KG. Phase transformations of silicon caused by contact loading. J Appl Phys 1997;81(7):3057–306310.1063/1.364340 ↗
28. Suzuki T, Ohmura T. Ultra-microindentation of silicon at elevated temperatures. Phil Mag A 1996;74(5):1073–108410.1080/01418619608239708 ↗
29. Grigoriev ON, Trefilov VI, Shatokhin AM. Hardness of ceramics. Poroshk Metall 1983;12:75–82
30. Ludwik P. Elements der technologyschem mechanik, Berlin: Springer, 190910.1007/978-3-662-40293-1 ↗
31. Quinn JB, Quinn GD. Indentation brittleness of ceramics: A fresh approach. J Mater Sci 1997;32:4431–434610.1023/A:1018671823059 ↗
32. Milman YuV, Rachek AP, Trefilov VI. et al. About the plastic deformation mechanism for transition metals. In: Mechanism of plastic deformation of metals, Kiev: Naukova Dumka, 1965;29–41