Abstract
The mathematical theory of elasticity for planar pentagonal quasicrystals is developed and some analytic solutions for a class of mixed boundary-value problems (corresponding to a Griffith crack) of the theory are offered. An alternate procedure and a direct integral approach are proposed. Some analytical solutions are constructed and the stress and displacement fields of a Griffith crack in the quasicrystals are determined. A basis for further studying the mechanical behavior of the material related to planar defects is provided.
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