... is essential for promoting their applications. Since the emergence of functionally graded materials (FGMs), abundant papers studying their structural behavior have been published. Pan and Han [ 47 ] presented an exact solution for FG MEE plates using the Stroh-type solution formalism. Zhou et al. [ 48...

... and power law distribution of material properties is investigated. Finally, the numerical results reveal the effects of external magnetic field, eigenstrain, and nonhomogeneity indices on the magnetoelastic response of the heterogeneous cylinders. dynamic eigenstrain functionally graded material...

...Zifeng F. Yuan; Huiming M. Yin In this work, Green’s functions for unbounded elastic domain in a functionally graded material with a quadratic variation of elastic moduli and constant Poisson’s ratio of 0.25 are derived for both two-dimensional (2D) and three-dimensional (3D) cases...

...Linhui Zhang; Jeong-Ho Kim This paper provides full asymptotic crack-tip field solutions for an antiplane (mode-III) stationary crack in a functionally graded material. We use the complex variable approach and an asymptotic scaling factor to provide an efficient procedure for solving standard...

... arising from practical functionally graded material applications can be handled. Moreover, the boundary integral algorithm scales well with the number of processors, also helping to alleviate the high computational cost of evaluating the Green’s functions. For axisymmetric plane strain states...

... is most likely to crack. 30 05 2007 02 11 2007 10 07 2008 cracks functionally graded materials internal stresses loading mechanical contact plates (structures) thin films thin film contact stress functionally graded material cover plate stress intensity factor...

.... S. , and Parks , W. P. , 1995 , “ Review: Modelling Studies Applied to Functionally Graded Materials ,” J. Mater. Sci. 0022-2461 10.1007/BF01184560 , 30 , pp. 2183 – 2193 . Lambros , J. , Santare , M. H. , Li , H. , and Sapna III , G. H. , 1999 , “ A Novel...