1- John R. Keough., “ADI Developments inNorth America”, World Conference on ADI,
USA, Sep. 2002.
2- J. R. Keough., “Austempered Ductile Iron”,Section VI, Sorel Metal, Ductile Iron Data for
Design Engineers, Aug.1998
3- Alan P. Druschitz., and David C.Fitzgerald., Introduction a new Machinable
Austempered Ductile Iron, 2003 SAE WorldCngress, Detroit, Michigan, March 3-6, 2003
4- F. Zanardi., Fatigue properties andmachinability of ADI, Italy, Fonderia, 10,
pp.27-32, 2005.
5- B. Kovacs., Heat treating of austemperedductile iron, AFS Trans.91-75, pp.281-286,
1991
6- S.E. Stenford., J. Storesun., and R.Sandstorm., “Influence of Heat Treatment and
Composition on the Mechanical Properties andMachinability of Austempered Ductile Iron”,
ASME, 1986, pp. 227-236
7- T. Shiokawa., “The Influence of AlloyingElements and Heat Treatment Condition on the
Microstructure and Mechanical Properties ofAustempered Ductile Iron”, in Proc. of 3rd
International Conference on ADI. Chicago,1991. pp.375-387
8- B. Y. Lin., E. T. Chen., and T. S. Lei., “TheEffect of Alloy Elements on the Microstructure
and Properties of Austempered Ductile Irons”,Scripta Metall. Mater., 1995, 32: 1363-1367
9- M. C. Cakir., A. Bayram., Y. Isik., and B.Salar., “The Effects of Austempering
Temperature and Time onto the Machinabilityof Austempered Ductile Iron”, Mater. Sci.
Eng. A, 2005, 407:147-153
10- M.C. Cakir., and Y. Isik., “Investigatingthe Machinability of Austempered Ductile
Irons having Different AustemperingTemperatures and Times”, Materials and
Design, 29 (2008) 937–942
11- J. Aranzabal., I. Gutierrez., and J. Urcola.,“Influence of Heat Treatment on
Microstructure of Austempered Ductile Iron”,Mater. Sci. Technol., 1994, 10:728-737
12- K. Brandenberg., “MachiningAustempered Ductile Iron”, ApplicationEngineer, Applied Process Inc. Technologies
Div. Livonia, MI, SME Report, 5/2002
13- S. Yoshino., “Mechanical Properties ofFatigue of Austempered Ductile Iron”, in 2nd
International Conference on ADI, ASME-GearResearch Insitute, 1986, pp. 337-348
14- J.F Janowak., Alagarsamy A, andVenugopalan D., “Fatigue Strength of
Commercial Ductile Irons”. AFS Trans., 1990;123:511–518.
15- J. Zapletal., S. Vechet., J. Kohout., and K.Orbtlik.,"Fatigue Life Time of AustemperedDuctile Iron from ultimate Tensile Strength toPermanent fatigue limit",J.Strength of
Materials, Vol.40,No.1, 2008,pp.32-35.
16- U. Seker., and H. Hasirci., Evaluation ofmachinability of austrempered ductile irons in
terms of cutting forces and surface quality,journal of Materials Processing Technology
173, pp 260-268, 2006
17- O. J. Moncoda., R. H. Spicacci., and J. A.Sikora., “Machinability of Austempere Ductile
Iron”, AFS Trans., 1998, 106:39-44
18- O. Yanagisawa., and N. Varahraam.,“Properties of Austempered Ductile Iron in
Equipment Designed for Consecutive instreamTreatment Gravity-Die Casting, and
Direct Austempering”, Cast
19- تدین سعیدی، م.، و ثابت، ح. مبانی چدن نشکن، انتشاراتدانشگاه آزاد اسلامی واحد کرج، سال 1386
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