Xing, J.T., Xiong, Y.P. and Tan, M.Y.
Application developments of mixed finite element method for fluid-structure interaction analysis in maritime engineering
In Proceedings of Marstruct 2009: Analysis and Design of Marine Structures. 2nd International Conference on Marine Structures.
Taylor & Francis. 10 pp, .
Full text not available from this repository.
The application developments of a mixed finite element method for transient dynamic analysis of fluid-structure interaction systems (FSIS) in maritime engineering are summarised in this paper. Following the mathematical equations governing generalised FSIS, three problems involving maritime engineering, de-veloped in Marstruct Project, are presented to illustrate the applications of the developed numerical method. Problem 1 investigates the sloshing frequencies of a liquid storage tank and its dynamic response excited by the El Centro earthquake data. Problem 2 analyses the dynamic response of a LNG tank-water interaction sys-tem subject to an explosion pressure wave on a water boundary. Problem 3 considers the dynamic response of a structure-acoustic volume interaction system subject to human footfall impacts, which may be used to simu-late ship deck vibration caused by human footfall loads to obtain a comfortable living environment of passen-gers. The numerical results are discussed and analysed to provide the related guidelines for the designs of maritime products involving fluid-structure interactions.
Conference or Workshop Item
|Venue - Dates:
||Marstruct 2009: Analysis and Design of Marine Structures. 2nd International Conference on Marine Structures, 2009-03-16 - 2009-03-18
||fluid-structure interactions, mixed finite element method, transient dynamic analysis, maritime engineering, sloshing, earthquaker esponse, lng tank-water interaction, explosion pressure, structure-acoustic volume interaction, human footfall impacts
||Fluid Structure Interactions Group
|16 March 2009||Published|
||20 Mar 2009
||18 Apr 2017 21:49
|Further Information:||Google Scholar|
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