- H. MIURA and Y. TOKUNAGA: Int. J. Powder Metal!. Powder Technol., 1985, 21, 259–280.
- P. LINDSKOG and A. CARLSSON: Powder Metal!. Int., 1972, 4, 39–43.
- P. ENGDAHL: in ‘Modern developments in powder metallurgy’, Vol. 20, (ed. P. U. Gummeson and D. A. Gustafson), 655–665; 1988, Princeton, NJ, MPIF.
- A. MOLINARI, G. STRAFFELINI, V. FONTANARI, and R. CANTERI: Powder Metal!., 1992, 35, 285–291.
- G. STRAFFELINI and A. MOLINARI: Qual. Reliab. Eng. Int., 1991, 8, 3–8.
- C. M. SONSINO: Powder Metal!. Int., 1984, 16, 34–38.
- T. OGURA, C. J. McMAHON, Jr, H. C. FENG, and V. VITEK: Acta Metall., 1978, 26, 1317–1330.
- M. PAJU, H. VIEFHAUS, and H. J. GRABKE: Steel Res., 1988, 59, 336–343.
- E. D. HONDROS and M.P. SEAH: Int. Met. Rev., 1977, 263–300.
- J. A. LUND: Int. J. Powder Meta!!. Powder Technol., 1985, 21, 47–56.
- H. J. RACK, A. WANG, and D. LEFITZ: in ‘Advances in powder metallurgy-1991’, Vol. 4, (ed. L. F. Pease III and R. J. Sansoucy), 131–144; 1991, Princeton, NJ, MPIF.
- H. ERHART and H. J. GRABICE: Met. Sc!., 1981, 15, 401–408.
- R. HAYNES: Powder Metal!., 1977, 20, 17–20.
- C. M. SONSINO: `Ermittlung anwendungsrelevanter Kenngroes-sen filr Sintermetalle', Report FB-158, Fraunhofer-Institut fiir Betriebsfestigkeit (LBF), Darmstadt, 1981.
- N. A. FLECK and R. A. SMITH: Powder Metal!., 1981, 3, 121–125.
- C. M. SONSINO: `Einfluss sintertechnischer Grenzen far die Herstellung von schwingbeanspruchten Bauteile aus Sinterstahl', Report FB-184, Fraunhofer-Institut fiir Betriebsfestihkeit (LBF), Darmstadt, 1989.
- R. W. CAHN and P. HAASEN: ‘Physical metallurgy’, 3rd edn., 1538–1539; 1983, Amsterdam, North-Holland Physics Publishing.
- J. F. KNOTT: ‘Fracture behaviour and design of materials and structures’, 273–287; 1990, Warley, Engineering Materials Advisory Services Ltd.
- A. G. EVANS: Metal!. Trans. A, 1982, 14A, 1349–1355.
- A. MOLINARI, A. TIZIANI, B. TESI, and G. STRAFFELINI: in ‘Advances in powder metallurgy-1991’, Vol. 4, (ed. L. F. Pease III and R. J. Sansoucy), 159–172; 1991, Princeton, NJ, MPIF.
Tensile and Fatigue Behaviour of Phosphorus Alloyed Sintered Steels
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