Shock Wave Reflection Phenomena

כריכה קדמית
Springer Science & Business Media, 28 באוג׳ 2007 - 342 עמודים

This book is a comprehensive state-of-the-knowledge summation of shock wave reflection phenomena from a phenomenological point of view. It includes a thorough introduction to oblique shock wave reflections, dealing with both regular and Mach types. It also covers in detail the corresponding two- and three-shock theories. The book moves on to describe reflection phenomena in a variety of flow types, as well as providing the resolution of the Neumann paradox.

 

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עמודים נבחרים

תוכן

General Introduction
1
11 Introduction and Historical Background
3
12 Reasons for the Reflection
9
121 Reason for the Reflection in Steady Flows
11
122 Reasons for the Reflection in Pseudosteady and Unsteady Flows
12
13 Analytical Approaches for Describing Regular and Mach Reflections
13
131 TwoShock Theory 2ST for an Inviscid Flow
14
132 ThreeShock Theory 3ST for an Inviscid Flow
16
31 Old StateoftheKnowledge
139
311 Reflection Configurations
140
312 The Transition Criteria
143
313 Second Triple Point Trajectory and Some Critical Remarks Regarding the Old StateoftheKnowledge
151
32 New Present StateoftheKnowledge
156
322 ShockDiffraction Process
157
323 Transition Criteria
159
324 SingleMach Reflection SMR
161

14 Shock Polars
18
141 ShockPolar Presentation of the Flow Field Near the Reflection Point of a Regular Reflection
21
142 ShockPolar Presentation of the Flow Field Near the Triple Point of a Mach Reflection
22
15 Suggested RR IR Transition Criteria
25
152 MechanicalEquilibrium Criterion
29
153 Sonic Criterion
30
154 LengthScale Criterion
32
155 Summary Critique and Discussion
33
References
36
Shock Wave Reflections in Steady Flows
39
21 Categories of Steady Reflection Phenomena
42
212 Straight Incident Shock Wave Reflections over Curved Reflecting Surfaces
43
213 Curved Incident Shock Wave Reflections over Curved Reflecting Surfaces
44
22 Modifications of the Perfect Inviscid Two and ThreeShock Theories
48
221 Nonstraight Discontinuities
49
223 Thermal Conduction Effects
51
224 Real Gas Effects
52
23 Prediction of the Mach Reflection Shape and the Mach Stem Height
53
231 Assumptions and Concepts of the Models
54
232 Governing Equations
58
233 Derivation of a General Expression for a Curved Line as a Function of Some Boundary Conditions at Its Ends
64
234 Estimation of the Strength of the Expansion Waves that are Reflected at the Slipstream
66
235 Geometric Relations of the Wave Configuration Shown in Figs 212 and 215
67
236 Results
70
24 Hysteresis Processes in the Regular Reflection Mach Reflection Transition
76
242 Hysteresis Processes in the Reflection of Symmetric Shock Waves
79
243 Hysteresis Process in the Reflection of Asymmetric Shock Waves
90
244 Hysteresis Process in the Reflection of Axisymmetric Conical Shock Waves
101
References
131
Shock Wave Reflections in Pseudosteady Flows
135
326 TransitionalMach Reflection TMR
162
327 DoubleMach Reflection DMR
167
328 SMR PTMRTMRDMR and the TMR DMR Transition Criteria and Domains of Different Types of Reflection
175
329 TripleMach Reflection
176
3210 Summary of the New StateoftheKnowledge
177
3211 Domains and Transition Boundaries
179
3212 Weak Shock Wave Reflection Domain
180
33 Summary Critique and Discussion
190
34 Modifications of the Perfect Inviscid Two and ThreeShock Theories
194
342 Nonstraight Discontinuities
195
343 Real Gas Effects
196
344 Viscous Effects
201
345 Thermal Conduction Effects
222
346 Noninfinitely Thin Contact Discontinuity
224
347 NonSelfSimilar Effects
227
35 Additional Considerations
230
352 Shock Wave Diffraction Domains
232
353 Comparison Between Steady and Pseudosteady Reflection Domains
233
References
235
Shock Wave Reflections in Unsteady Flows
247
41 Constant Velocity Shock Wave Reflections Over Nonstraight Surfaces
250
412 Shock Wave Reflections Over Cylindrical Convex Surfaces
282
413 Shock Wave Reflections Over Double Wedges
291
42 Nonconstant Velocity Shock Wave Reflections Over Straight Surfaces
297
References
304
Source List
307
51 Scientific Journals
308
52 Reports
332
Index
338
זכויות יוצרים

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מונחים וביטויים נפוצים

קטעים בולטים

עמוד 334 - Tabular and Graphical Solutions of Regular and Mach Reflections in Pseudo-Stationary Frozen and Vibrational-Equilibrium Flows", Univ.

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