Frontiers of computational fluid dynamics 1998:
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Singapore [u.a.]
World Scientific
1998
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XIV, 487 S. graph. Darst. |
| ISBN: | 9810237073 |
Staff View
MARC
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| 245 | 1 | 0 | |a Frontiers of computational fluid dynamics 1998 |c ed. D. A. Caughey ... |
| 264 | 1 | |a Singapore [u.a.] |b World Scientific |c 1998 | |
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| adam_text | Contents
Dedication............................................................ v
1 A Review of the Contributions of Earll Murman to Transonic
Flow and Computational Fluid Dynamics
Hafez Caughey....................................................... 1
1.1 Introduction...................................................... 1
1.2 Contributions to Transonic Flow................................... 2
1.3 Contributions to CFD............................................. 10
1.4 The Impact of Murman’s Early Contributions....................... 16
1.5 Murman’s More Recent Contributions............................... 17
1.6 Concluding Remarks............................................... 19
1.7 Theses Supervised by Earll Murman................................ 19
1.8 Publications of Earll Murman..................................... 22
2 Optimal Hypersonic Conical Wings
Trianlafillou. Schwendeman Cole.................................... 29
2.1 Introduction..................................................... 29
2.2 Hypersonic. Small Disturbance Theory; Conical Wings.............. 30
2.3 Lift and Drag Coefficients; Figure of Merit: Conical Wings....... 33
2.4 Numerical and Optimization Methods............................... 35
2.5 Calculated Results for Flat and Caret Wings; Optimal Wings .... 39
2.6 Acknowledgement and Disclaimer................................... 42
REFERENCES........................................................... 42
3 Geometry for Theoretical, Applied, and Educational Fluid
Dynamics
Sobieczky ........................................................... 45
3.1 Introduction..................................................... 45
3.2 The transonic knowledge base.................................... 46
3.3 Geometry generator ............................................. 47
3.4 Generic transport aircraft...................................... 48
3.5 Conclusion ..................................................... 53
REFERENCES........................................................... 54
X
CONTENTS
4 Computation of an Axisymmetric Nozzle Flow
Cook, Newman, Rimbey Schleiniger.................................. 57
4.1 Introduction................................................... 57
4.2 Problem Formulation............................................ 57
4.3 Numerical Method............................................... 62
4.4 Results........................................................ 62
REFERENCES........................................................ 64
5 Analysis and Numerical Simulation of the Superboom Problem
Cheng Hafez....................................................... 67
5.1 Introduction................................................... 67
5.2 Sonic Boom in Non-Isothermal Atmosphere Analyzed in a Galilean
Frame.......................................................... 68
5.3 The Superboom Problem ......................................... 74
5.4 Closing Remarks............................................... 102
REFERENCES......................................................... 103
6 Complex Analysis of Transonic Flow
Chen Garabedian................................................. 107
6.1 Introduction................................................. 107
6.2 The hodograph transformation ................................ 108
6.3 Singularities................................................ 109
6.4 Nonlinear boundary value problem............................. Ill
6.5 Structure of the algorithm................................... 114
6.6 Paths of integration ........................................ 116
6.7 Fourier analysis of the coordinates........................... 118
6.8 Comparison of design with analysis............................ 120
REFERENCES......................................................... 123
7 Transonic Small Transverse Perturbation Equation and its
Computation
Luo, Shen, Liu.................................................. 125
7.1 Introduction.................................................. 125
7.2 Transonic Small Transverse Perturbation Equation.............. 126
7.3 Computation of Axisymmetric Inlet ............................ 127
7.4 Multiple Solutions for Airfoil and Wing 132
7.5 Conclusions................................................... 137
REFERENCES......................................................... 139
8 Excitation of Absolutely Unstable Disturbances in Boundary-
Layer Flows
Ryzhov Terent’ev................................................. 141
8.1 Introduction.................................................. 141
8.2 Extended triple-deck model.................................... 143
8.3 Linear analysis............................................... 144
8.4 Computed results.............................................. 146
8.5 Theoretical arguments......................................... 148
CONTENTS xi
8.6 Conclusion ................................................ 151
Acknowledgements................................................ L52
REFERENCES...................................................... 153
9 On Adjoint Equations for Error Analysis and Optimal Grid
Adaptation in CFD
Giles........................................................... 155
9.1 Introduction............................................... 155
9.2 Finite volume analysis..................................... 157
9.3 Finite element analysis....................................162
9.4 Some concluding remarks .................................. 167
Acknowledgments................................................. 168
REFERENCES...................................................... 168
10 Added Dissipation in Flow Computations
MacCormack...................................................... 171
10.1 Introduction............................................... 171
10.2 The Viscous Stress Tensor................................. 173
10.3 The Choice of Added Numerical Viscosity................... 174
10.4 Computational Results..................................... 176
10.5 Conclusion ............................................... 179
REFERENCES...................................................... 179
11 A Four-Operators Conservative Scheme for the Euler Equations
Chattot......................................................... 187
11.1 Introduction.............................................. 187
11.2 A Mixed-Scheme for Burgers Equation....................... 188
11.3 1-D Euler Equations....................................... 189
11.4 A Characteristic Box Scheme............................... 190
11.5 Use of Discrete Eigenvalues and Eigenvectors.............. 192
11.6 Some Results.............................................. 193
11.7 Conclusion 194
REFERENCES...................................................... 195
12 Autoblocking for Wings with Split and Hinged Flaps
Eberhardt Wibowo............................................... 199
Abstract........................................................ 199
12.1 Introduction................................................200
12.2 Method .....................................................201
12.3 Results for Flapped Wings..................................207
12.4 Conclusions................................................209
REFERENCES........................................................209
13 Local Preconditioning: Manipulating Mother Nature to Fool
Father Time
Darmofal Van Leer...............................................211
13.1 Introduction.................................................211
xii CONTENTS
13.2 Design considerations .....................................212
13.3 Current status ..........................................230
13.4 Future developments......................................236
Acknowledgements.................................................237
REFERENCES.......................................................237
14 Relaxation Revisited—A Fresh Look at Multigrid for Steady
Flows
Roberts, Sidilkover Swanson ...................................241
14.1 Introduction..............................................241
14.2 An Approach to Multigrid..................................243
14.3 Mathematical Formulation..................................244
14.4 Solution Procedure........................................246
14.5 Results...................................................249
14.6 Extension to Compressible Flow ...........................257
14.7 Conclusions...............................................258
Acknowledgments..................................................258
REFERENCES.......................................................258
15 Aerospace Engineering Simulations on Parallel Computers
Morgan, Weatherill, Hassan, Brookes, Manzari Said..............261
15.1 Introduction................................................261
15.2 Solution Algorithm..........................................262
15.3 Memory Requirements.........................................266
15.4 Conclusion .................................................273
Acknowledgements................................................ 274
REFERENCES.......................................................274
16 Optimizing CFD Codes and Algorithms for use on Cray
Computers
Wigton...........................................................277
16.1 Introduction................................................277
16.2 Cray Computers Including the T90 .......................... 278
16.3 TRAN AIR .................................................. 284
16.4 TLNS3DMD 289
Acknowledgements.................................................291
REFERENCES.......................................................291
17 Recent Applications in Aerodynamics with NSMB Structured
MultiBlock Solver
Weber, Gacherieu, Rizzi e.t. al..................................293
17.1 Introduction................................................293
17.2 Physical Model..............................................295
17.3 Numerical Model.............................................302
17.4 Program Structure and Multi Block Implementation............308
17.5 High Performance Computing Strategy.........................308
17.6 Computed Results............................................311
CONTENTS
xiii
17.7 Summary and conclusions......................................325
Acknowledgements..................................................327
REFERENCES........................................................328
18 Incompressible Navier-Stokes Computations in Aerospace
Applications and Beyond
Kwak, Kiris, Dacles-Mariani, Rogers Yoon.........................333
18.1 Introduction.................................................333
18.2 Solution Methods.............................................334
18.3 Computed Results.............................................343
18.4 Concluding Remarks...........................................349
REFERENCES........................................................350
19 Pros Cons of Airfoil Optimization
Drela.............................................................363
19.1 Introduction.................................................363
19.2 Method Summary ..............................................364
19.3 Low Reynolds Number Airfoil Application......................365
19.4 Transonic Airfoil Application................................372
19.5 Conclusions................................................. 377
REFERENCES........................................................380
20 Towards Industrial Strength Navier-Stokes Codes — A Revisit
Jou...............................................................383
20.1 Introduction.................................................383
20.2 Cruise Design................................................384
20.3 High-Lift Wing Analysis and Design...........................389
20.4 Prediction of Handling Quality and Control Effectiveness ....391
20.5 Conclusions..................................................392
Acknowledgements..................................................391
REFERENCES........................................................394
21 What Have We Learned from Computational Fluid Dynamics
Research on Train Aerodynamics?
Fujii Ogawa .....................................................395
21.1 Introduction.................................................395
21.2 Numerical Method.............................................396
21.3 Results and Discussions......................................400
21.4 A New Quasi-One-dimensional Prediction Method 409
21.5 Conclusions..................................................414
REFERENCES........................................................415
22 On the Pursuit of Value with CFD
Rubbert ...........................................................417
22.1 Introduction.................................................417
22.2 What Aerodynamic Design Processes Must Strive For............419
22.3 The Overwhelming Metric Leading to Value.....................420
x։v
CONTENTS
22.4 The Equation that Governs Design.............................421
22.5 Impact or Value of CFD Prior to 1990 ....................... 422
22.6 Era of the 1990s ............................................423
22.7 The Key Enablers ............................................424
22.8 Future Directions............................................425
22.9 Concluding Remarks...........................................427
REFERENCES.........................................................427
23 CFD at a Crossroads: An Industry Perspective
Raj................................................................429
23.1 Introduction.................................................429
23.2 Role of CFD in Aircraft Design...............................430
23.3 CFD Effectiveness for Aircraft Design .......................431
23.4 CFD Progress: The Past Thirty Years..........................432
23.5 Whither CFD? The Next Twenty Years...........................439
23.6 Concluding Remarks...........................................444
REFERENCES.........................................................445
24 Aerospace Engineering 2000: An Integrated, Hands-On
Curriculum
Seebass Peterson.................................................449
24.1 “Largest Gift Ever ... ......................................449
24.2 “Best Efforts Won’t Do! ....................................450
24.3 What Do Our Customers and Others Say?........................451
24.4 Integrated Teaching and Learning Laboratory..................452
24.5 Aerospace Engineering Sciences Curriculum 2000 ............. 455
24.6 Two Warnings ................................................459
24.7 Conclusion ..................................................459
Acknowledgement ...................................................400
REFERENCES........................................................ 460
25 Computer-based Fluid Mechanics Textbook
Caughcy Liggett..................................................465
25.1 Introduction.................................................465
25.2 Navigation and Integration ..................................467
25.3 Illustrations and Data.......................................468
25.4 Compulation and Utilities....................................472
25.5 leaching Experiences........................................480
Acknowledgements...................................................481
REFERENCES.........................................................481
Alphabetical List of Authors.......................................483
Frontiers of
Computational
Fluid Dynamics 1998
|
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| spelling | Frontiers of computational fluid dynamics 1998 ed. D. A. Caughey ... Singapore [u.a.] World Scientific 1998 XIV, 487 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Datenverarbeitung Fluid dynamics Data processing Strömungsmechanik (DE-588)4077970-1 gnd rswk-swf Numerisches Verfahren (DE-588)4128130-5 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1997 Everett Wash. gnd-content Strömungsmechanik (DE-588)4077970-1 s Numerisches Verfahren (DE-588)4128130-5 s DE-604 Caughey, David A. Sonstige oth KOBV Fremddatenuebernahme application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008731583&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Frontiers of computational fluid dynamics 1998 Datenverarbeitung Fluid dynamics Data processing Strömungsmechanik (DE-588)4077970-1 gnd Numerisches Verfahren (DE-588)4128130-5 gnd |
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| title | Frontiers of computational fluid dynamics 1998 |
| title_auth | Frontiers of computational fluid dynamics 1998 |
| title_exact_search | Frontiers of computational fluid dynamics 1998 |
| title_full | Frontiers of computational fluid dynamics 1998 ed. D. A. Caughey ... |
| title_fullStr | Frontiers of computational fluid dynamics 1998 ed. D. A. Caughey ... |
| title_full_unstemmed | Frontiers of computational fluid dynamics 1998 ed. D. A. Caughey ... |
| title_short | Frontiers of computational fluid dynamics 1998 |
| title_sort | frontiers of computational fluid dynamics 1998 |
| topic | Datenverarbeitung Fluid dynamics Data processing Strömungsmechanik (DE-588)4077970-1 gnd Numerisches Verfahren (DE-588)4128130-5 gnd |
| topic_facet | Datenverarbeitung Fluid dynamics Data processing Strömungsmechanik Numerisches Verfahren Konferenzschrift 1997 Everett Wash. |
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