Vortex Methods: Selected Papers from the First International Conference on Vortex Methods, Jobe, Japan 4-5 November 1999

by Kamemoto, Kyoji; Tsutahara, Michihisa

• ISBN13: 9789810242770
• ISBN10: 9810242778
• Format: Hardcover
• Copyright: 2000-04-01
• Publisher: World Scientific Pub Co Inc

Summary

Vortex methods have been developed and applied to many kinds of flows related to various problems in wide engineering and scientific fields. The purpose of the First International conference on Vortex methods was to provide an opportunity for engineers and scientists to present their achievements, exchange ideas and discuss new developments in mathematical and physical modeling techniques and engineering applications of vortex methods.

Table of Contents

Preface	v
Vortex Element Methods, the Most Natural Approach to Flow Simulation---A Review of Methodology with Applications	1	(15)
R.I. Lewis
A Hybrid Vortex Method	16	(12)
J. Michael
R. Graham
Richard H. Arkell
Transient Flow around a Circular Cylinder near the Moving and Rigid Ground by a Vortex Method	28	(8)
Teruhiko Kida
Takanori Take
Numerical Simulation of Unsteady Flow around a Sphere by a Vortex Method for Re Number from 300 to 1000	36	(8)
Akira Ojima
Kyoji Kamemoto
Flows around 2D Circular and Elliptic Cylinders using New Scheme for Vorticity Production at Solid Surface	44	(6)
Yuji Nakanishi
Koichi Tobita
Naoto Hagihara
Mamoru Kubokawa
Two-Dimensional Transient Flows around a Rectangular Cylinder by a Vortex Method	50	(7)
Masahiro Otsuka
Teruhiko Kida
Mitsufumi Wada
Mitsuo Kurata
Simulation of Three Dimensional Separated Flow around an Ellipsoid by Discrete Vortex Method	57	(6)
M. Fevzi Unal
Kyoji Kamemoto
Numerical Simulation of Vortex Shedding from an Oscillating Circular Cylinder Using a Discrete Vortex Method	63	(11)
J.R. Meneghini
F. Saltara
C.R. Siqueira
Numerical Study on Interaction Processes and Sequences in Bistable Flow Regime of Two Circular Cylinders	74	(5)
C.W. Ng
Norman W.M. Ko
Vortex Method Analysis of Turbulent Flows	79	(13)
Peter S. Bernard
Athanassios A. Dimas
Isaac Lottati
Dynamics of Coherent Structures in a Forced Round Jet	92	(8)
S. Izawa
H. Ishikawa
M. Kiya
Application of Discrete Vortex Method as Turbulent Modelling Tool for Local Eddy Generation in Coastal Waters	100	(8)
Keita Furukawa
Tadashi Hibino
Munehiro Nomura
Unsteady Aerodynamic Forces Acting on a Large Flat Floating Structure	108	(7)
Hiroki Tanaka
Kazuhiro Tanaka
Fumio Shimizu
Youhachirou Watanabe
Convergence Study for the Vortex Method with Boundaries	115	(8)
Lung-an Ying
3D Vortex Methods: Achievements and Challenges	123	(12)
G.H. Cottet
Development of a Vortex and Heart Elements Method and its Application to Analysis of Unsteady Heat Transfer around a Circular Cylinder in a Uniform Flow	135	(10)
Kyoji Kamemoto
Toji Miyasaka
A Vortex Method for Heat-Vortex Interaction and Fast Summation Technique	145	(8)
Yoshifumi Ogami
Three-dimensional Vortex Method Using the Ferguson Spline	153	(8)
Michihisa Tsutahara
Akira Miura
Kazuhiko Ogawa
Katsuhiko Akita
Numerical Simulation of Gas-Solid Two-Phase Free Turbulent Flow by a Vortex Method	161	(8)
Tomomi Uchiyama
Kiyoshi Minemura
Masaaki Naruse
Hikari Arai
Simulation of Particulate Flows Using Vortex Methods	169	(8)
Jeans H. Walther
Julian T. Sagredo
Petros Koumoutsakos
Numerical Prediction of Rotor Tip-Vortex Roll-Up in Axial Flights by Using a Time-Marching Free-Wake Method	177	(11)
Duck Joo Lee
Experiments and 2D Linear Stability Analysis of the Behavior of Flexible Thin Sheets Cantilevered at the Trailing Edge in a Uniform Flow	188	(8)
Kazuhiko Yokota
Masatoshi Yamabayashi
Yoshinobu Tsujimoto
Nobuyuki Yamaguchi
Vortex Element Modelling for the Design and Flow Analysis of Axial, Radial and Mixed-Flow Turbomachines	196	(8)
R. Ivan. Lewis
Some Application of Vortex Method to Wind Engineering Problem	204
Hiromichi Shirato
Masaru Matsumoto