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New Developments in Computational Fluid Dynamics: Proceedings of the Sixth International Nobeyama Workshop on the New Century of Computational Fluid Dynamics, Nobeyama, Japan, April 21 to 24, 2003 2005 ed. [Hardback]

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  • Formāts: Hardback, 232 pages, weight: 593 g, 51 Illustrations, color; 118 Illustrations, black and white; XVI, 232 p. 169 illus., 51 illus. in color., 1 Hardback
  • Sērija : Notes on Numerical Fluid Mechanics and Multidisciplinary Design 90
  • Izdošanas datums: 29-Nov-2005
  • Izdevniecība: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • ISBN-10: 3540274073
  • ISBN-13: 9783540274070
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New Developments in Computational Fluid Dynamics: Proceedings of the Sixth International Nobeyama Workshop on the New Century of Computational Fluid Dynamics, Nobeyama, Japan, April 21 to 24, 2003 2005 ed.Palielināt
  • Formāts: Hardback, 232 pages, weight: 593 g, 51 Illustrations, color; 118 Illustrations, black and white; XVI, 232 p. 169 illus., 51 illus. in color., 1 Hardback
  • Sērija : Notes on Numerical Fluid Mechanics and Multidisciplinary Design 90
  • Izdošanas datums: 29-Nov-2005
  • Izdevniecība: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • ISBN-10: 3540274073
  • ISBN-13: 9783540274070
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9783540274070.html
Keywords:
It is a joyful and ?tting moment that we, the friends, colleagues and suppo- ers of Prof. Kunio Kuwahara, dedicate this Workshop to Prof. Kuwahara. We gathered in late April of 2003 in the tranquility of Nobeyama mountain resorttocommemoratethe60thbirthdayofProf.Kuwaharawhichhadfallen in November, 2002. IntheculturalbackdropofEastAsia,the60thbirthdaycarriesadditional signi cance. Looking back on the occasion of Kan-re-ki (the 60th birthday), a man is supposed to have accomplished something of meaningfulness and value. With these undertones, it will be a useful exerciseto recount the spl- did accomplishments of Prof. Kuwahara. The major professional achievements of Prof. Kuwahara may be c- pressed into two main categories. First and foremost, Prof. Kuwahara will long be recorded as the front-line pioneer in using numerical computations to tackle complex problems in ?uid mechanics. His unquenching zeal in com- tation and utilization of computers is unmatched throughout the globe. His infatuation with the Supercomputers of 1980's and 1990's is now a legend in the ?uid dynamics communities. He continues to stand tall on the leading edge of computational ?uid mechanics research and industrial applications. In short, Prof. Kuwahara has ?lled in a chapter in the history of modern ?uid dynamics research.
A Multidomain Spectral Collocation Method for Computational Electromagnetics with Application to Optical Waveguides
1(10)
C. C. Huang
J. Y. Yang
Introduction
1(1)
Formulations of Wave Equations
2(1)
Numerical Techniques
3(2)
Multidomain Spectral Collocation Method
3(1)
Interfacial Boundary Conditions
4(1)
Cardinal Basis Functions
4(1)
Determination of Scaling Factor
5(1)
Numerical Results and Disscussion
5(4)
Fundamental Mode of Symmetric Three-Layer Step-Index Waveguides
5(1)
Asymmetric Planar Waveguide with Exponential RIP
6(1)
Semiconductor Rib Waveguide
7(2)
Conclusion
9(2)
Thermonuclear Supernovae: Combining Astrophysical and Terrestrial Combustion
11(12)
E. S. Oran
Introduction
11(1)
Thermonuclear Supernovae
12(3)
Transition from a Deflagration to a Detonation
15(4)
Conclusions to Date
19(4)
Hypersonic Magneto-Aerodynamic Interaction
23(11)
J. S. Shang
Introduction
23(1)
Experimental Facility
24(1)
Numerical Simulations
24(3)
Non-Equilibrium Phenomenon
27(4)
Electromagnetic Effects
31(1)
Conclusions
31(3)
Some Remarks on the CFD Research for Space Transportation System Development
34(13)
K. Fujii
Introduction
34(10)
RLV Aerodynamics -- CFD Capability for the Estimation of RLV Aerodynamics
36(4)
Supersonic Base Flows -Finding a New Efficient Tools
40(4)
Conclusions
44(3)
Development of Implicit Large Eddy Simulation
47(13)
K. Kuwahara
S. Komurasaki
J. Ooida
A. Betancourt
Introduction
47(1)
Computational Method
48(4)
Computational Results
52(8)
Rearrangement of Karman Vortex Street
52(1)
Transition to Turbulence
53(1)
Turbulence Generated by a Lattice
54(1)
Circular Cylinder
55(1)
Subsonic Flow Around an Airfoil
55(2)
Simulation with Using a Body-Fitted Grid
57(3)
DNA Computing Based on Actual Biological Sequences and Accurate Reaction Control
60(8)
K. Naitoh
Introduction
60(1)
DNA Computing as Nano-Computing
61(1)
DNA Computing Using Actual Living Organisms
61(3)
Problem Solved in this Session
61(1)
Encoding Based on the Segments of Biological DNA Cut by Restriction Enzymes
61(1)
Library of the Candidates Obtained with Ligation Reactions and Analysis of the Electrophoresis Photographs
62(2)
Strategy for Controlling Polymerase Chain Reaction (PCR)
64(2)
PCR
64(1)
Control of PCR for DNA Computing
64(2)
Conclusion
66(2)
From One-Month CFD to One-Day CFD -- Efforts for Reducing Time and Cost of CFD
68(13)
K. Nakahashi
T. Fujita
Y. Ito
Introduction
68(1)
Mesh Generation
69(3)
Mesh Generation Procedure
69(1)
Surface Mesh Generation
69(3)
Parallel Flow Solver
72(2)
Basic Flow Solver
72(1)
Parallel Flow Solver
73(1)
Numerical Examples
74(5)
JAXA Supersonic Airplane in Ascending Flight
74(3)
Flow around a Hornet
77(2)
Summary
79(2)
Numerical Attempts of Capturing Contact Surface
81(10)
K. Sawada
N. Ohnishi
Introduction
81(1)
Numerical Methods
82(4)
Scheme-A (Lagrangian Based Approach)
82(1)
Scheme-B (Eulerian Based Approach)
83(3)
Results and Discussions
86(3)
Conclusions
89(2)
Parallel Visualization Systems
91(11)
H. Miyachi
S. Hayashi
Y. Nakai
Y. Itoh
M. Shirazaki
R. Himeno
Introduction
91(1)
Visualization Procedure
92(1)
Various Parallel Visualization Systems
92(4)
Parallel Volume Rendering System
92(1)
On-Demand Parallel Rendering System[ 1]
93(2)
Parallel Visualization System for Cluster Machine
95(1)
Performance of the Parallel Visualization Systems
96(5)
Performance of On-Demand Rendering System
96(1)
Performance of Parallel Visualization System for Cluster Machine
97(4)
Conclusion
101(1)
Numerical Simulation of Time-Dependent Buoyancy-Driven Convection in an Enclosure
102(10)
H.S. Kwak
J.M. Hyun
Introduction
102(1)
Advances in Numerical Studies
103(3)
Resonant Convection Responding to Periodic Excitations
106(3)
Concluding Remarks
109(3)
Automatic Topology Generation
112(13)
P.R. Eiseman
K. Rajagopalan
Introduction
112(1)
GridPro's Topological Paradigm
113(1)
Cartesian Approach to Automatic Topology Generation
114(5)
Cartesian Topology Generation in Three Dimensions
116(3)
Improvements to the Cartesian Topology Generation Technique in 3D
119(1)
Automatic Nested Refinement
119(3)
Application of Nest to a Thin Curved Wavy Tube in a Box
122(3)
Computational Study of Influences of a Seam Line of a Baseball on Flows
125(16)
R. Himeno
Introduction
125(1)
Computation Method
126(1)
Basic Equations
126(1)
MAC Based Scheme
126(1)
Third-Order Upwind-Difference Scheme
127(1)
Grid System
127(1)
Shape of the Seam on the Ball
128(2)
Computed Results
130(6)
Four-Seam Case
130(5)
Two-Seam Case
135(1)
Conclusions
136(5)
Vortex Breakdown Flows in Cylindrical Geometry
141(11)
R. Iwatsu
Introduction
141(2)
Numerical Model
143(1)
Results
144(8)
Top Rigid-Cover (Case A)
144(3)
Top Free-Slip-Condition (Case B)
147(5)
Aerodynamic and Structural Analyses of Joined Wings of Hale Aircraft
152(13)
R. Sivaji
S. Marisarla
V. Narayanan
V. Kaloyanova
V. Ghia
K. N. Ghia
Introduction
152(1)
Aerodynamic Analysis
153(1)
Structural Analysis
154(2)
1-D Approximation of 3-D Joined-Wing Structure: Aerodynamics-Structure Coupling
154(1)
Box-Wing Model
155(1)
Reinforced Shell Model
155(1)
Results and Discussion
156(6)
Aerodynamic Analysis
156(2)
Structural Analysis
158(4)
Conclusion
162(3)
Numerical Simulation of Formation and Movement of Various Sand Dunes
165(10)
R. Zhang
T. Kawamura
M. Kan
Introduction
165(1)
Numerical Methods
166(2)
Calculation of the Air Flow
167(1)
Estimation of Sand Transfer
167(1)
Determination of the Shape of the Sand Dunes
167(1)
Results and Discussion
168(5)
Barchan Dunes
168(1)
Transverse Dunes
169(1)
Linear Dunes
169(3)
Chinese Wall
172(1)
Concluding Remarks
173(2)
Evolutionary Multi-Objective Optimization and Visualization
175(11)
S. Obayashi
Introduction
175(2)
Evolutionary Multiobjective Optimization
177(2)
MOGAs
177(1)
CFD Evaluation
177(1)
Neural Network and SOM
177(1)
Cluster Analysis
178(1)
Four-Objective Optimization for Supersonic Wing Design
179(4)
Formulation of Optimization
179(1)
Visualization of Design Tradeoffs: SOM of Tradeoffs
180(1)
Data Mining of Design Space: SOM of Design Variables
181(2)
Concluding Remarks
183(3)
The Framework of a System for Recommending Computational Parameter Choices
186(12)
S. Shirayama
Introduction
186(1)
Parameter Recommendation System
187(2)
Parameter Study
187(1)
Parameter Mining
188(1)
Framework of the Recommendation System
189(1)
Components of the Parameter Recommendation System
189(3)
Parameter Space
190(1)
Search Procedure
190(1)
Optimization by GA and Rule Extraction by Schema Analysis
191(1)
System Implementation
192(1)
Framework Verification by Numerical Experiments
192(4)
Experimental System 1
193(1)
Numerical Experiments Using System 1 and Discussion
194(1)
Experimental System 2
195(1)
Conclusion
196(2)
Gas flow in Close Binary Star Systems
198(8)
T. Matsuda
K. Oka
I. Hachisu
H.M.J. Boffin
Accretion Discs
198(4)
Numerical Simulations of Gas Flow in a Close Binary System
198(2)
Modern Calculation of Accretion Flow
200(2)
Discovery of Spiral Shocks by Observation
202(1)
Flow on a Companion Surface
202(4)
Flow Pattern
202(1)
Doppler Map
203(3)
Flow Simulation using Combined Compact Difference Scheme with Spectral-like Resolution
206(9)
Tomonori Nihei
Katsuya Ishii
Introduction
206(1)
Combined Compact Difference Scheme
207(2)
Simulation of Incompressible Flows
209(4)
The Poisson Equation Solver for Two-Dimensional Problems
209(2)
The Poisson Equation Solver for Three-Dimensional Problems
211(1)
Three-dimensional incompressible lid-driven cavity flow
212(1)
Conclusions
213(2)
A New High Order Finite Volume Method for the Euler Equations on Unstructured Grids
215(11)
Z.J. Wang
Introduction
215(1)
Basic Idea of the Spectral Volume Method
216(1)
Numerical Results
217(5)
Accuracy Study with Vortex Evolution Problem
217(3)
Scattering Of Periodic Acoustic Source from Two Cylinders
220(2)
Conclusions
222(4)
Participants Photograph 226(1)
Participants List 227(2)
The Sixth International Nobeyama Workshop on the New Century of Computational Fluid Dynamics 229