
Fluid Structure Interaction: 1st
WIT Press
Published on 23. August 2001
Book
Hardback
352 pages
978-1-85312-881-3 (ISBN)
Description
Encompassing a wide range of topics within fluid structure interaction, this book features papers presented at the first international conference to deal with this specialised area. The contributions included will be of particular interest to structural, offshore, naval and earthquake engineers and cover: Current Effect on Structures; Earthquake Responses of Offshore Structures; Field Experience on Interaction; Flow Effects on Heat Exchangers; Fluid Dnamic Response of Structures; Hydrodynamic Forces; Interaction Problems in CFD; Measurement Techniques; Mechanics of Cables, Risers and Moorings in Fluid; Model Testing on Interaction; Nonlinear Interaction Effects; Numerical Wave Tank; Offshore Structure Dynamics; Ship Dynamics including Capsizing; Very Large Floating Structures; Vibration Analysis and Control; Vortex Shedding and Flow Induced Vibrations; and Wind Effects on Bridges, Towers and Tall Buildings.
More details
Series
Language
English
Place of publication
Southampton
United Kingdom
Target group
Professional and scholarly
Illustrations
illustrations
Dimensions
Height: 230 mm
Width: 155 mm
ISBN-13
978-1-85312-881-3 (9781853128813)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Persons
Content
Section 1: Hydrodynamic forces Stability analysis of interaction of an articulated tower with waves; Measurements of hydrodynamic loading on a large scale jacket structure under waves and current; Hydrodynamic forces due to the impact of a water bore on a structure; Passive stabilizer tanks simulation using SPH models; Hydrodynamic forces on a submerged bridge. Section 2: Fluid dynamic response of structures Details of an integrated approach to three-dimensional dynamic fluid structure interaction; Suppression and characteristics of flow-induced vibration of rectangular prisms with various width-to-height ratios; Statistical hydroelasticity of a wing in a random flow: a stochastic perturbation approach; Impact on liquid filled containers; Nonlinear vibrations of vertical asymmetrically-supported rotors under fluid confinement: theoretical results. Section 3: Vibration analysis and control Flow-induced vibrations of axially moving web subjected to shear fluid flow; Comparison of theoretical and experimental results for large-amplitude vibrations of fluid-filled, circular cylindrical shells; Axial leakage flow-induced vibration of a thin cylindrical shell. Section 4: Vortex shedding and flow-induced vibrations Non-linear supersonic panel flutter and control using shape memory alloy; Effect on vortex induced vibrations from radial water jets along a circular cylinder; Flutter analysis of suspension bridges. Section 5: Offshore and floating structures A nonlinear numerical model for the interaction of surface and internal waves with very large floating or submerged flexible platforms; Retrieval and deployment of a marine tether from a heaving platform; Model study of Bucket Foundations Platform with new installation method. Section 6: Flow effects Unique, stabilized flame in fuel injectors created by ignitor-booster system The non-isothermal flow pattern in a complex hydraulic system. Section 7: Interaction problems in CFD Damping enhancements of a 5 storey benchmark building using liquid column vibration absorbers; A two-dimensional sail in turbulent flow. Section 8: Model testing and measuring Experimental evidence of critical phenomena in structure-water impact; Experimental modal analysis of a water-filled circular cylindrical tank; Experimental analysis of a rectangular cavity coupled to a flexible panel; Fully nonlinear numerical wave tank computations of wave loads on an array of bottom mounted circular cylinders; Direct force measurements on a submerged bridge model; Real scale investigation of interaction between a supercritical flow and a bottom sill: 1. Physical aspects and time-averaged pressures on sill; Real scale investigation of interaction between a supercritical flow and a bottom sill: Statistical analysis of pressure fluctuations on sill.