Dynamic analysis of fluid passing pipe with functionally graded material
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Abstract (EN)
In this thesis, the dynamic analysis of the pipe, which is graded functionally, has analyzed. In the study, the material is is arranged with an exponential grading. The material changes along the wall thickness of the pipe. Euler Bernoulli beam theory is used while modeling the pipe. Equations of motion are obtained by using the knowledge of elasticity theory. Cauchy stress equations are used for two dimensions. The fluid is considered to be the ideal fluid. Thus, the friction between the fluid and the pipe is neglected. The equations are nondimensionalized then solved by analytical method. In different support conditions, frequency-velocity, angle of rotation-stress and radius-strain relationships in different modes have been studied comparatively.
Author
Ebrar Bengüsu Erdal
Institution
How to Cite
Ebrar Bengüsu Erdal (Master Thesis). Dynamic analysis of fluid passing pipe with functionally graded material, 2021, Manisa Celal Bayar University.
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