A Review on Examination of Structural Behaviour of a Bi-directionally Functionally Graded Beam
DOI:
https://doi.org/10.32628/IJSRST207679Keywords:
Structural Behaviour, Functionally Graded Beam, Process Parameters, Response Parameters, Taguchi Method, Optimization techniquesAbstract
A composite beam that exhibits variation of properties of a material which is created artificially as per a predefined function is a special category popularly termed as functionally graded beam. The notable part in such a variation in properties of material is that it can be in any of the three possibilities in any single, two dimensional direction or in all the three dimensional direction. It is quite possible to use the governing function in its standard or customized form as any researcher derives it. The nature of governing function of the properties of the graded beam is the reason behind the structural behaviour and the modal characteristic of a functionally graded beam as these two depends upon it. This research review focuses on a detailed examination of different governing equation which controls the variation of mechanical properties of a beam in different dimensional directions and their authority on structural and modal distinctiveness of the beam.
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