1DIS.Factors Affecting Optimum in Heavy Section Ductile Iron. Research Project No.8[Z].September 1977.
2M Gagne,D Argo.Heavy Section Ductile Iron Casting [Z].DIS Research R14,1985.
3A Javaid,C R Loper.Production of Heavy Section Ductile Cast Iron[J].AFS Transactions,1995,103:135-150.
4J Lacaze,S Armendariz,P Larranaga,et al.Effect of carbon equivalent on solidification and graphite formation processes in heavy section ductile iron parts[Z].Material Science Forum,2009, MSF636-637:523-530.
5DIN EN 1536.Spheroidal graphite cast iron[S].Germany,2003.
6Rio Tinto Iron & Titanium Inc.The Sorehnet Book of Ductile Iron [M].Montrezl,QC,Canada: Rio Tinto Iron & Titanium Inc.,2004: d3.
7K B Palmer.Properties of nodular (SG) iron casting of large section[J].BCIRA Journal,1981,29(4):231-241.
8G Jolley,G N J Gilbert.Segrsgation in nodular iron and its influence on mechanical properties [J].British Four~dryman,1967, 60(3):79-82.
9I Riposam.lnfluencing Factors on as cast heat treated 400-18 DI grade characteristics [C]//8th International Symposium on Source & Processes Cast Iron.Beijing,2006.
10C Labreeque,M Gagne,P M Cabanne,et al.Comparative study of fatigue endurance limit for 4 and 6 mm thin wall ductile iron eastings [J].Transaetions of the American Foundry Soeiety, 116: 629-640.
