材料研究学报  2003, Vol. 17 Issue (1): 57-61

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A2017半固态合金的半固态扩展成形

温景林; 管仁国;刘相华

东北大学

温景林; 管仁国; 刘相华 . A2017半固态合金的半固态扩展成形[J]. 材料研究学报, 2003, 17(1): 57-61.

摘要 参考文献 相关文章 Metrics 全文: PDF(1524 KB)   摘要: 用单辊搅拌(SRS)实验机进行了A2017合金的半固态凝固实验,研究了A2017半固态合金组织的形成机理.在轧辊剪切力的作用下在轧辊粗糙表面生长初始枝晶, 破碎后形成自由晶,自由晶自由运动和生长形成细小均匀的A2107合金球形组织.在710～750℃内浇注, 可制备出具有细小、均匀球形组织的A2017半固态合金.使用在辊--靴型腔出口处的扩展成形模可实现A2017合金半固态连续扩展成形,使半固态成形与扩展挤压相结合, 通过控制浇注温度得到了表面状态良好的断面尺寸为14 mm×25 mm的A2017扁型材料.用半固态扩展挤压方法得到的材料断裂强度为280 MPa(比国标值提高100 MPa), 延伸率为49%(比标准值提高29%). 关键词 ： 材料合成与加工工艺,  半固态,  扩展成形     Key words： 收稿日期: 1900-01-01      服务 把本文推荐给朋友 加入引用管理器 E-mail Alert RSS 作者相关文章 温景林 管仁国 刘相华 44.8K 链接本文: https://www.cjmr.org/CN/Y2003/V17/I1/57 1 I.A.Ibrahim,F.A.Mohamed,E.J.Lavernia,Particulate re- inforced metal matrix composites-a review,Journal of Material Science,26,1137(1991) 2 D.J.Lloyd,Particle reinforced aluminum and magnesium matrix composites,International Materials Reviews,39, 1(1994) 3 T.C.Tszeng,The effects of particle clustering on the me- chanical behavior of particle reinforced composites,Com- posites Part B,29B,299(1998) 4 Z.Gnjidic,D.Bozic,M.Mitkov,The influence of SiC par- ticles on the compressive properties of metal matrix com- posites,Materials Characterization,47,129(2001) 5 H.N.Yoshimura,M.Goncalves,H.Goldenstein,The effects of SiCp clusters and porosity on the mechanical properties of PM Al matrix composites,Key Engineering Materials, 127～131,985(1997) 6 C.W.Chen,S.L.Lee,J.C.Lin,M.T.Jahn,Effects of Sip size and volume fraction on properties of Al/Sip compos- ites,Materials Letters,52,34(2002) 7 D.R.Clarke,Interpenetrating phase composites,Journal of American Ceramic Society,75,739(1992) 8 C.Kawal,J.J.Park,Mechanical and thermal properties of Al-Si_3N_4 composites fabricated by the infiltration of molten Al into a porous Si_3N_4 ceramic with network,J. Mater.Sci.Lett.,20,385(2001) 9 W.Zhou,W.B.Hu,D.Zhang,Study on the making of metal-matrix interpenetrating phase composites,Scripta Materialia,39,1743(1998) 10 D.K.Balch,T.J.Fitzgerald,V.J.Michaud,A.Mortensen, Y.-L.Shen,S.Suresh,Thermal expansion of metals rein- forced with ceramic particle and microcellular foams,Met- all.& Meter.Trans.,27A,3700(1996) 11 H.X.Peng,Z.Fan,J.R.G.Evans,Bi-continuous metal matrix composites,Materials and Engineering,A303, 37(2001) 12 K.Tanihata,K.Suganuma,Fabrication of ceramics-metal composite by pressure infiltration of metal to porous ce- ramics,Key Engineering Materials,161～163,259(1999) 13 ZHAO Longzhi,CAO Xiaoming,TIAN Chong,HU Wan- ping,ZHANG Jinsong,Effect of surface treatment of foam perform on the properties of SiC/Al composites,Journal of Chinese Materials Research,19,512(2005) (赵龙志,曹小明,田冲,胡宛平,张劲松,SiC网络骨架表面改性对SiC/Al双连续相复合材料性能的影响,材料研究学报, 19,512(2005)) 14 ZHAO Longzhi,CAO Xiaoming,TIAN Chong,HU Wanping,ZHANG Jinsong,New-model double- interpenetrating SiC/390Al composite,Journal of Chinese Materials Research,19,485(2005) (赵龙志,曹小明,田冲,胡宛平,张劲松,新型复式连通SiC/390Al复合材料的研究,材料研究学报,19,485(2005)) 15 ZHAO Longzhi,FANG Zhigang,CAO Xiaoming,TIAN Chong,HU Wanping,ZHANG Jinsong,Effect of preform structure on SiC/Al co-continuous composites,Journal of Chinese Nonferrous Metal Society,16,945(2006) (赵龙志,方志刚,曹小明,田冲,胡宛平,张劲松,筋的结构对SiC/Al双连续相复合材料的性能的影响,中国有色金属学报, 16,945(2006)) 16 G.Cseh,J.B■r,H.J.Gudladt,J.Lendvai,Indentation creep in a short fibre-reinforced metal matrix composites,Ma- terials Science and EngineeringA,272,145(1999) 17 I.Dutta,S.M.Allen,J.L.Hafley,Effect of reinforcement on the aging response of cast 6061 Al-Al_2O_3 particulate com- posites,Metallurgical Transactions A,22,2553(1991) 18 R.J.Arsenault,M.Taya,Thermal residual stress in metal matrix composite,Acta Metall.,35,651(1987) 19 H.Heinrich,A.Vananti,G.Kostorz,Strain fields at inter- faces of Al-based metal matrix composites,Materials Sci- ence and Engineering,A319-321,434(2001) 20 P.Agrawal,K.Conlon,K.J.Bowman,C.T.Sun, F.R.Cichocki,Thermal residual stresses in co-continuous composites,Acta Mater.,51,1143(2003) 21 G.S.Daehn,B.Starck,L.Xu,K.F.Elfishawy,J.Ringnalda, H.L.Fraser,Elastic and plastic behavior of a co- continuous alumina/aluminum composite,Acta Mater., 44,249(1996) 22 S.Skirl,M.Hoffman,K.Bowman,S.Wiederhorn,J.R■del, Thermal expansion behavior and macrostraln of Al_2O_3/Al composites with interpenetrating networks,Acta Mater., 46,2493(1998) 23 M.Hoffman,S.Skirl,W.Pompe,J.R■del,Thermal residual strain and stresses in Al_2O_3/Al composites with interpen- etrating networks,Acta.Mater.,47,565(1999) 24 M.Gupta,Effect of precipitation on the bulk hardness and the ultimate tensile strength of a 6061/SiC composite, High Temperature Materials and Processes,17,237(1998) [1] 周海涛, 侯湘武, 汪彦博, 肖旅, 袁勇, 孙京丽. 高Nb-TiAl合金的高温变形行为及其板材的性能[J]. 材料研究学报, 2022, 36(6): 471-480. 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