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AU J.T. 9(2): 83-88 (Oct. 2005) Conclusion The development of this project from the theoretical aspects to its practical application is of immense contribution to the development of Nigerian foundry technology and to enhance availability of spare parts. The Induction furnace design and subsequently its fabrication should be promoted considering the abundant power sources, less maintenance cost and labor requirements. References Abubakre, O.K. 2001. Development of Aluminum Based Metal Matrix Particulate Composites (MMPC) Reinforced with Alumina, Silica and Mill Scale. Ph.D Thesis, Mechanical Engineering Department, Federal University of Technology, Minna, Nigeria. Bala, K.C. 1998. Design and Development of Sand Muller and Standard Sand Rammer. M. Eng. Thesis, Mechanical Engineering Department, Federal University of Technology, Minna, Nigeria. Hall, S.A.; Holowenko, A.R.; and Laughin, H.G. 1988. Theory and Problems of Machine Design. Shaum’s Outline Series, McGraw-Hill, New York, NY, USA. Hammond, P. 1978. Electromagnetism for Engineers - An Introductory Course. Pergamon, Oxford, London, UK. Ilori, B.O. 1991. Design of Electric Arc Furnace. B. Eng Thesis; Mechanical Engineering Department; Federal University of Technology, Minna, Nigeria. Mastrukov, B.C. 1986. Design of Metallurgical Furnaces. Metallurgy Publ., Moscow, Russia. Shrets, I.; Tolubinsky, V.; Kirakovsky, N.; Neduzhy, I.; and Sheludko, I. 1987. Heat Engineering. Mir Publ., Moscow, Russia. Voskoboinikov, V.G.; Kudrin, V.A.; and Yakuchev, A.M. 1985. Obshaya Metallurgiya. Metallurgiya, Moscow, Russia. 88
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