The concept of Functionally Graded Materials was proposed for
severe environment application like space, thermal barrier coating
etc. However, these materials had been successfully used in several
fields of engineering. In these materials, properties of interest
vary gradually from point to point. Understanding the fracture
mechanics of these materials has been of interest to researchers to
better utilize the capabilities of these materials and tailor the
properties according to requirement. This work detail the fracture
behavior of functionally graded material under in-plane and
out-of-plane load. The numerical simulation and results of effects
of material property variation on planar crack propagation have
been presented. The numerical technique is based on spectral
scheme.Several kinds of graded material have been considered. Along
with the dynamic fracture, stationary crack embedded in
inhomogeneous material has also been discussed. Finite element
analysis of wave propagation in a bar of inhomogeneous material is
discussed.
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