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articleNo Access
CREEP BEHAVIOR OF ANISOTROPIC FUNCTIONALLY GRADED ROTATING DISCS
- MINTO RATTAN,
- NEERAJ CHAMOLI,
- SATYA BIR SINGH, and
- NISHI GUPTA
International Journal of Computational Materials Science and Engineering01 Mar 2013
Preview Abstract
The creep behavior of an anisotropic rotating disc of functionally gradient material (FGM) has been investigated in the present study using Hill's yield criteria and the creep behavior in this case is assumed to follow Sherby's constitutive model. The stress and strain rate distributions are calculated for disc having different types of anisotropy and the results obtained are compared graphically. It is concluded that the anisotropy of the material has a significant effect on the creep behavior of the FGM disc. It is also observed that the FGM disc shows better creep behavior than the non-FGM disc.

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