Three dimensional vibration analysis of liquid-filled piping systems
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Abstract (EN)
In the theoretical part of this work, the transfer matrix method (TMM) is employed to study the free vibration analysis of liquid-filled (air/water) piping systems. The existing governing equations which consist of a set of fourteen linear differential equations of first degree are considered. Fixed-fixed and fixed-free ends are studied with five different basic geometries of piping systems made of either copper or steel, such as single-span, L-bend, Z-bend, U-bend and 3-D bend. A few experiments are also completed to support the theoretical solutions. The effect of the elastic foundation on the natural frequencies is also studied. Finally, a parametric study is carried out to understand correctly the vibrational behavior of such systems. Present results are verified with the frequencies available in the literature.
Author
Ahmet Özbay
Institution
How to Cite
Ahmet Özbay (Doctorate thesis). Three dimensional vibration analysis of liquid-filled piping systems, 2009, Çukurova University, Makine Mühendisliği Bölümü.
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