第12期 王恩容等：铸造共晶铝硅合金中析出相对断裂行为的影响 ·1515· long crack fatigue behaviour of aluminium-silicon piston alloys at [11]Ammar H R.Samuel A M,Samuel F H.Effect of casting imper- elevated temperature.Int J Fatigue,2005,27(10-2):1564 fections on the fatigue life of 319-and A356-46 Al-Si casting al- Thirugnanama A,Sukumaran K,Pillai UTS,et al.Effect of Mg loys.Mater Sci Eng A,2008,473(1/2)65 on the fracture characteristics of cast Al7Si-Mg alloys.Mater Sci [12]Sjolander E,Seifeddine S.Optimisation of solution treatment of EngA,2007,4451446:405 cast Al-Si-Cu alloys.Mater Des,2010,31 (Suppl 1):$44 [8]Moustaf M A.Effect of iron content on the formation of BAls FeSi [13]Garcia-Garcia G,Espinoza-Cuadra J,Mancha-Molinar H.Cop- and porosity in Al-Si eutectic alloys.J Mater Process Technol, per content and cooling rate effects over second phase particles 2009,209(1):605 behavior in industrial aluminum-silicon alloy 319.Mater Des, 9]Seifeddine S,Johansson S,Svensson IL.The influence of cooling 2007,28(2):428 rate and manganese content on the BAls FeSi phase formation and [14]Sigworth G K,Shivkumar S,Apelian D.The influence of molten mechanical properties of Al-Si-based alloys.Mater Sci Eng A, metal processing on mechanical properties of cast Al-Si-Mg al- 2008,490(1/2):385 loys.AFS Trans,1989,97:811 [10]Wang QG,Caceres C H,Griffiths J R.Damage by eutectic par- [15]Haque MM,Syahriah N I,Ismail A F.Effect of silicon on ticle cracking in aluminum casting alloys A356/357.Metall Ma- strength and fracture surfaces of aluminium-silicon casting and ter Trans A,2003,34(12):2901 heat treated alloys.Key Eng Mater,2006,306-308:893第 12 期 王恩睿等: 铸造共晶铝硅合金中析出相对断裂行为的影响 long crack fatigue behaviour of aluminium-silicon piston alloys at elevated temperature． Int J Fatigue，2005，27( 10-12) : 1564 ［7］ Thirugnanama A，Sukumaran K，Pillai U T S，et al． Effect of Mg on the fracture characteristics of cast Al-7Si-Mg alloys． Mater Sci Eng A，2007，445 /446: 405 ［8］ Moustaf M A． Effect of iron content on the formation of β-Al5 FeSi and porosity in Al-Si eutectic alloys． J Mater Process Technol， 2009，209( 1) : 605 ［9］ Seifeddine S，Johansson S，Svensson I L． The influence of cooling rate and manganese content on the β-Al5 FeSi phase formation and mechanical properties of Al-Si-based alloys． Mater Sci Eng A， 2008，490( 1 /2) : 385 ［10］ Wang Q G，Caceres C H，Griffiths J R． Damage by eutectic par￾ticle cracking in aluminum casting alloys A356 /357． Metall Ma￾ter Trans A，2003，34( 12) : 2901 ［11］ Ammar H R，Samuel A M，Samuel F H． Effect of casting imper￾fections on the fatigue life of 319-F and A356-T6 Al-Si casting al￾loys． Mater Sci Eng A，2008，473( 1 /2) : 65 ［12］ Sjlander E，Seifeddine S． Optimisation of solution treatment of cast Al-Si-Cu alloys． Mater Des，2010，31( Suppl 1) : S44 ［13］ García-García G，Espinoza-Cuadra J，Mancha-Molinar H． Cop￾per content and cooling rate effects over second phase particles behavior in industrial aluminum-silicon alloy 319． Mater Des， 2007，28( 2) : 428 ［14］ Sigworth G K，Shivkumar S，Apelian D． The influence of molten metal processing on mechanical properties of cast Al-Si-Mg al￾loys． AFS Trans，1989，97: 811 ［15］ Haque M M，Syahriah N I，Ismail A F． Effect of silicon on strength and fracture surfaces of aluminium-silicon casting and heat treated alloys． Key Eng Mater，2006，306-308: 893 ·1515·