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 Wysłany: Nie 19:27, 02 Sty 2011 Temat postu: ed hardy Isothermal Forging on Microstructure and |
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Isothermal Forging of the IN718 alloy and the properties of
W, CHUANGTH. EvaluationofthesuperplasticformabilityofSP-Inconel718superalloy】 【J. IofMaterialsEngineeringandPerfonrmance, 1996,5 (1) :71-77. 【81 Liu Dong, Luo sub-key. IN718 by controlling the phase to optimize the microstructure and properties of alloy forgings 【J]. Metals, 2005,29 (2) :152-155. 【9】 LUHJ,[link widoczny dla zalogowanych], YAOCG, JxC. Astudyonuntra-finegrainformingprocessandsuperlasticbehaviorofGH4169super'alloysheet 【A】. ProceedingsoftheFirstInternationalConferenceonMechanicalEnneering】 【c. Beijing: ChinaMachinePress, 2000 (20-22). 587-590. 【10】 LuHongjun, JiaXinchao, ZhangKaifen Lu Fine-grainedpretreatmentprocessandsuperplasticityforINCONEL718super'alloy 【J]. MaterialsScienceandEngineering. 2002, A326,[link widoczny dla zalogowanych], 382.385. Tin (Continued from page 64) increased the elongation; and as the temperature increases, the elongation first increases and then decreases at 350 ℃, homogenization of the material after 20% elongation. Results from the above analysis shows that: choose the right within a certain range of extrusion ratio and extrusion temperature can effectively provide AZ3l magnesium alloy tensile strength and elongation. Thereby improving the tensile properties. 3 Conclusions (1) cast and homogenized alloy extrusion processing AZ3l organizations have taken place after the dynamic recrystallization, grain was refined. Comparison with the cast, uniform treatment can effectively increase the mechanical properties of magnesium alloy AZ31B, after homogenization of the product after the extrusion rate of 20% elongation. (2) With the compression ratio increases,[link widoczny dla zalogowanych], the grain was refined. Magnesium alloy tensile strength and elongation are improved. (3) AZ31 magnesium alloy after extrusion of the organization by the extrusion temperature, with the extrusion temperature increases, the tensile strength and elongation of the corresponding changes, the more favorable at 350 ℃. References: 【1】 Li Feng, Yu-Sang Bo, Zhao Liwei. Hot deformation of AZ31 magnesium alloy microstructure 【J]. Thermal processing technology. 2006,35 (6) :8-9. 【2】 Mordike, EbertT. Magnesiumpropertiesapplicationspotential 【J]. Mater. Sci. Eng. 2001, A302 (1) :37-45. f3】 Zhenhua. FM】 magnesium alloy. Beijing: Chemical Industry Press, 2005. 【4】 PolmearIJ. Magnesiumalloysandapplications 【J]. Mater. Sci. Techno1.1994, 10 (1) :1-16. 【5】 BagA, ZhouW. TensileandfatiguebehaviorofAZ91Dmagnesiumalloy 【J]. JournalofMaterialsScienceLetters, 2ool-20 :457-459. 【6】 Zhang Xing, Li Baocheng,[link widoczny dla zalogowanych], Zhi-Min Zhang, et al. MB2 magnesium alloy J】 【Organization Performance. Materials Science and Technology, 2004,12 (3) :291-293. 【71 Zhai fall in Asia, WANG Zhi-min, YUAN Sen, etc., compressional deformation of the AZ31 magnesium alloy and the properties of fJ]. Xi'an University of Technology,[link widoczny dla zalogowanych], 2002,18 (3) :254-258. 【8】 Zhang Xing, Zhang Baohong, Zhi-Min Zhang, et al. AZ31 magnesium alloy deformation parameters on microstructure and properties of J】 【. Thermal processing technology, 2004, (4): 7 A l1. Tin \
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