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International Journal of Scientific and Engineering Research
ISSN Online 2229-5518
ISSN Print: 2229-5518 3    
Website: http://www.ijser.org
scirp IJSER >> Volume 3,Issue 3,March 2012
Cost Reduction of Rotor Blade by Alloy Optimization
Full Text(PDF, )  PP.244-248  
Anil Kumar
— AbrasiveWear, Cost Reduction, Chromium, Molybdenum, Phase Balance, Rotor Blade, Wear Resistance
The material design Engineer is always sandwiched between functional behavior of a component and the cost it entails. The fluctuation in cost imported resources (alloying nutrient), enhances the complexity of material engineer. This work will be a product of the similar challenge of increased landed cost of molybdenum used in rotor blade casting. Wear rates under abrasive conditions are very sensitive to the ratio of the hardness of the surface to that of the abrasive particles. This problem of reducing the cost of rotor blade in which cost factor is the main factor. We continue to design different composition of Mo & Cr and measure the wear resistance and presently we want to improve the wear resistance. The optimization of wear resistance is a challenge given and I am interested in finding a viable mechanism to reduce cost. We will design various compositions then perform the following operations on them- casting, machining hardening & wear testing. We have also founded a composition which clearly reduces cost
[1] Chromium: Not Just Fancy Trim,Written by Tom Vulcan, Thursday, 18 September 2008.

[2] Han Dong, Dangsheng Ma, Yaping Lang,Zhigang Song, Gang Yang, Maoiqu Wang “Effects & Application Of Mo In alloy Steel”.

[3] http://www.imoa.org.uk

[4] A. Studnicki, J. Kilarski, M. Przybył, J. Suchoń, D. Bartocha “Wear resistance of chromium cast iron– research and application”.

[5] J.P. Breyer, J. Lecomte-Beckers, L. Terziev, “Graphitization in chromium cast iron”.

[6] R. Reda1, A. Nofal1, Kh. Ibrahim1 and A. Hussien2 “Investigation of improving wear performance of hypereutectic 15%Cr-2%Mo white irons”.

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