- Proceedings Archive -
Proceedings of the 16th International Symposium on Shock Tubes and Waves
(July 26-31, 1987, Aachen, West Germany)
-
Coverpage and contents
Text: pdf (7.4MB)
Contents - Part I. : Paul Vieille Memorial Lecture
-
Shock tube studies of vortex structure and behavior
D. Bershader
Text: pdf (9.0MB)5-18 -
Dust explosions: an overview
J. H. S. Lee
Text: pdf (10.4MB)21-38 -
Unsteady interactions of shock waves
T. V. Bazhenova, L. G. Gvozdeva
Text: pdf (6.6MB)39-49 -
Holographic interferometric study of shock wave propagation in two-phase media
K. Takayama
Text: pdf (7.7MB)51-62 -
Some recent cevelopments in the diffraction of shock waves
L. F. Henderson
Text: pdf (5.1MB)63-74 -
Numerical computations in gas dynamics with high resolution schemes
H. M. Glaz
Text: pdf (8.5MB)75-88 -
Rayleigh-Taylor instability in compressible fluids
B. Sturtevant
Text: pdf (7.0MB)89-100 -
Shock tube studies of bubbly liquids
A. E. Beylich
Text: pdf (6.2MB)101-115 -
The RAM accelerator and its applications: a new chemical approach for reaching ultrahigh velocities
A. Hertzberg, A. P. Bruckner, D. W. Bogdanoff, C. Knowlen
Text: pdf (7.0MB)117-128
- Part II: Shock Wave Structure, Propagation and Interaction
-
Subharmonic acoustic resonances
R. Althaus
Text: pdf (2.5MB)131-137 -
Dynamics of shock waves in certain dense gases
M.S. Cramer
Text: pdf (2.4MB)139-144 -
Can a shock be formed in a radial collapse of a fluid?
Y. W. Kim
Text: pdf (4.2MB)145-151 -
Heat transfer and interferometric study of the flow over a rearward facing step in hypersonic high enthalpie stream
S. L. Gai, N. T. Reynolds, J. P. Baird
Text: pdf (3.0MB)153-159 -
Absorption measurements of the 1 s
5
metastable state population behind unstable shock waves in ionizing argon
T. J. Mclntyre, A. F. P. Houwing, H.-A. Bachor, R. J. Sandeman
Text: pdf (3.5MB)161-167 -
Unsteady shock boundary layer interaction ahead of a forward facing step
N. Saida, R. Tanaka, Y. Hashiba
Text: pdf (3.3MB)169-175 -
Interaction of moving shock with thin stationary thermal layer
H. Mirels
Text: pdf (3.2MB)177-183 -
Multiple shock wave and turbulent boundary layer interaction in a rectangular duct
H. Sugiyama, H. Takeda, J. Zhang, F. Abe
Text: pdf (3.3MB)185-191 -
Investigation of turbulent boundary layers and turbulence in shock tubes by means of laser Doppler velocimetry
G. Smeets, G. Mathieu
Text: pdf (3.7MB)193-200 -
Shock wave propagation through nonuniform and nonequilibrium gas regions
A. Kh. Mnatsakanyan, G. V. Naidis, S. V. Rumyantsev
Text: pdf (3.0MB)201-205
- Part III: Shocks in Condensed Matter, Dusty Gases and Multiphase Media
-
Shock induced boundary layer dust lofting
R. G. Batt, V. A. Kulkarny, H. W. Behrens, H. Rungaldier
Text: pdf (4.1MB)209-215 -
A general attenuation law of planar shock waves propagating into dusty gases
M. Olim, O. Igra, M. Mond, G. Ben-Dor
Text: pdf 4.1MB)217-225 -
Similar solutions in non-equilibrium nozzle-flow of gas-particle mixture
N. M. Reddy, R. K. Thulasiram
Text: pdf (3.0MB)227-233 -
Numerical simulation of supersonic two-phase gas-particle flows
M. Sommerfeld
Text: pdf (3.3MB)235-241 -
Shock tube measurements of stagnation point heat transfer rates in dusty flow
H. R. Yu, Z. F. Li, J. M. Lin
Text: pdf (3.3MB)243-249 -
Numerical simulation of shock layer structure in a supersonic dusty gas flow past a blunted body
M. S. Ramm, A. A. Schmidt
Text: pdf (3.7MB)251-259 -
On the thermodynamic stability of steady state systems with and without shock waves
L. F. Henderson
Text: pdf (2.5MB)261-266 -
Unsteady Nonequilibrium Condensation of a Vapour-Gas Mixture Induced by a Shock Wave on a Shock Tube End Wall
M. Maerefat, S. Fujikawa, T. Goto, T. Akamatsu
Text: pdf (2.7MB)267-272 -
Experiment of vapor bubble collapse in low temperature R-12 under shock compression
K. Maeno, Y. Shizukuda, Y. Hanaoka
Text: pdf (3.5MB)273-279 -
Propagation of pressure waves in bubbly flow with size and number density distributions
V. Matsumoto, H. Nishikawa, H. Ohashi
Text: pdf (3.5MB)281-287 -
Shock tube study of non-equilibrium wall condensation of a super-heated freon vapour flow
E. Outa, E. Matsuda, K. Tajima
Text: pdf (3.9MB)289-295 -
Binary nucleation and condensation: theoretical analysis of the relaxation process and its experimental verification in a shock tube
G. H. Spiegel, S. L. K. Wittig
Text: pdf (3.5B)297-303 -
Shock waves structure and their propagation in two-phase slug flows
V. E. Nakoryakov, B. G. Pokusaev, S. I. Lezhnin, N. A. Pribaturin
Text: pdf (2.1MB)305-309 -
Interaction of a gas bubble with an underwater shock wave, pit formation on the metal surface
N. Sanada, O. Asano, J. Ikeuchi, K. Takayama, O. Onodera
Text: pdf (3.9MB)311-317 -
Investigation of Shock Wave-Bubble Interaction in the Neighbourhood of Boundaries
A. Gülhan
Text: pdf (3.5MB)319-325 -
Studies of condensation kinetics behind incident shock waves
C. Carruthers, K. Francoeur, H. Teitelbaum
Text: pdf (3.8MB)327-333 -
Shock tube study of stripping type droplet breakup
A. Wierzba, K. Takayama
Text: pdf (3.9MB)335-341 -
Nonequilibrium, near-critical states in shock-tube experiments
Ph. A. Thompson, Y. Kim, Ch. Yoon, Y. Chan
Text: pdf (3.4MB)343-349 -
Computer simulation studies on free surface reflection of underwater shock waves
M. Kamegai, C. E. Rosenkilde, L. S. Klein
Text: pdf (2.5MB)351-356 -
Shock-induced wave propagation in and reflection from a porous column partially saturated with water
J. G. M. van der Grinten, M. A. Smits, H. van der Kogel, M. E. H. van Dongen
Text: pdf (2.9MB)357-362 -
An experimental investigation of the mechanisms of shock wave-aqueous foam interactions
P. M. Weaver, N. H. Pratt
Text: pdf (4.1MB)363-369 -
Accidental detonation in bubble liquids
V. K. Kedrinskii, C. L. Mader
Text: pdf (2.9MB)371-376
- Part IV: Chemical Processes and Related Combustion and Detonation Phenomena
-
A Shock Tube Study on the Reaction: CH
3
+ CH
3
= C
2
H
5
+ H
P. Frank, M. Braun-Unkhoff
Text: pdf (3.2MB)379-385 -
A discharge flow / shock tube study of the reaction N + O
2
→ NO + O
A. P. Billington, Pat. M. Borrell, P. Borrell
Text: pdf (2.8MB)387-393 -
Kinetic studies of elementary reactions using the flash photolysis-shock tube technique
J. W. Sutherland, R. B. Klemm
Text: pdf (4.0MB)395-402 -
Shock tube determination of the high temperature rate coefficient for the reaction: CN+ O
2
→ NCO + O
M. Burmeister, K. Natarajan, P. Roth
Text: pdf (3.0MB)403-409 -
Density gradient measurements of vibrational relaxation in (N
2
+ H
2
O) and (Ar + H
2
O) mixtures
J. Kurian, A. K. Sreekanth
Text: pdf (4.7MB)411-419 -
High temperature reaction of nitric oxide and hydrogen sulfide in shock waves
M. Oya, K. Tsuchiya, T. Asaba
Text: pdf (2.8MB)421-427 -
Differences and similarities in the shock initiated pyrolysis of 5-membered ring ethers
A. Lifshitz
Text: pdf (4.5MB)429-436 -
Shock tube studies of pyridine pyrolysis and their relation to soot formation
R. D. Kern, J. N. Yong, J. H. Kiefer, J. N. Shah
Text: pdf (2.6MB)437-442 -
A shock-tube study of the pyrolysis of silane by monitoring infrared and visible emission
M. Koshi, M. Yamauchi, M. Koseki, H. Matsui, H. Tanaka
Text: pdf (3.3MB)443-449 -
A shock tube study of the pyrolysis of nitric and nitrous oxides
F. Gonzales, O. Trass
Text: pdf (4.1MB)451-457 -
Mechanism of the pyrolysis of chlorine dioxide
C. Paillard, G. Dupre, S. Youssefi-Stitou, N. Charpentier
Text: pdf (3.5MB)459-465 -
Single pulse shock tube study of the reactions of hydrogen atoms with aromatics, IV: chlorotoluenes
W. Tsang, Y. Z. He, W. G. Mallard, J. P. Cui
Text: pdf (4.3MB)467-474 -
Spontaneous ignition of sprays in shock waves with variable temperature behind the front
A. A. Borisov, B. E. Gelfand, A. N. Polenov, S. M. Frolov, S. A. Tsyganov
Text: pdf (4.0MB)475-480 -
Experimental shock-tube investigation of the ignition-delay of n-heptane-O
2
-N
2
-Ar-mixtures under high pressure
H. Ciezki, G. Adomeit
Text: pdf (2.7MB)481-486 -
Effect of alcohol addition on shock-initiated formation of soot from benzene
M. Frenklach, T. Yuan
Text: pdf (2.8MB)487-493 -
Autoignition mechanism of n-butane behind a reflected shock wave
A. K. Hayashi, T. Fujiwara, M. Hayashi
Text: pdf (3.3MB)495-501 -
Study on dependence of thermal radiation energy of liquid spray flame on pressure and temperature
T. Tsuboi, K. Nagaya
Text: pdf (3.8MB)503-509 -
An experimental study of AIO blue-green (B
2
∑
+
- X
2
∑
+
) band system in a shock tube
Ye. Xiong, Y. Chen, X. Zhang
Text: pdf (2.6MB)511-516
- Part V: Shock Wave Reflection, Diffraction and Focusing
-
An experimental investigation of the sonic criterion for transition from regular to mach reflection of weak shock waves
J. M. Dewey, G. D. Lock
Text: pdf (3.4MB)519-525 -
The three-shock theory with viscous effects
G. Ben-Dor
Text: pdf (4.0MB)527-534 -
Mach reflection of a moving, plane shock wave under rarefied flow conditions
Z. A. Walenta
Text: pdf (2.6MB)535-541 -
The influence of wall- and shock curvature on shock reflection processes
W. Heilig
Text: pdf (3.4MB)543-549 -
Numerical simulation of focusing process of reflected shock waves
M. Nishida, H. Kishige
Text: pdf (3.4MB)551-557 -
Focusing of cylindrical blast waves
F. Higashino, Y. Suzuki, M. Nishida, T. Aki
Text: pdf (3.9MB)559-565 -
An evaluation of two-dimensional and axi-symmetric focusing of a plane shock wave
B. E. Milton, K. Takayama, R. D. Archer
Text: pdf (3.9MB)567-573 -
On mach reflection in an ionizing gas
B. Müller, A.F.P. Houwing, KM. Lovegrove, R.J. Sandeman
Text: pdf (4.8MB)574-580 -
Reflection of weak shock waves in carbon dioxide
H. Honma, H. Yoshida, K. Inomata, K. Fujise
Text: pdf (3.3MB)581-587 -
Interaction between the reflected shock wave and unsteady jet in a shock tube experiment
Y. Ishii, F. Higashino, A. Sakurai
Text: pdf (3.3MB)589-595 -
Shock wave diffraction near the convex corner apex with strong flow deflection. Analysis of numerical simulation results
L. G. Gvozdeva, V. N. Lyakhov
Text: pdf (4.5MB)597-603 -
Hydrodynamic simulation of double wedge reflection
D. F. Dawson, C. E. Needham, K. Hibray, H. J. Happ III
Text: pdf (3.4MB)605-611 -
Wave structure produced by shock propagation through a dense bubble in a gas
R. Löhner, J. M. Picone, J. P. Boris
Text: pdf (3.1MB)613-619 -
A study on upstream moving pressure waves induced by vortex separation
J. Srulijes, F. Seller
Text: pdf (4.6MB)621-628 -
Shock tunnel operation with driver restrictor
G. T. Roberts, R. A. East
Text: pdf (3.2MB)629-635 -
Reduction of driver gas contamination in a reflected shock tube by boundary layer suction
Ligong Xu, C. M. Gourlay, R. J. Stalker
Text: pdf (3.8MB)637-643 -
Simulations for effects of side-wall boundary-layer on reflected-shock flowfields in shock tubes
Y. Takano
Text: pdf (3.2MB)645-651
- Part VI: Computational Fluid Dynamic Code Development and Shock Wave Application
-
Comparative study of numerical methods for two-phase flow-shock front propagation
H.-H. Hehmsoth, F. Demmig
Text: pdf (3.5MB)655-661 -
Equilibrium shock tube flow of real gases
B. Esser, H. Grönig
Text: pdf (3.0MB)663-669 -
On Godunov type methods for the Euler equations with a general equation of state
B. Einfeldt
Text: pdf (2.6MB)671-676 -
Numerical prediction of shock wave diffraction
R. Hillier
Text: pdf (3.4MB)677-683 -
Two-step schemes for the Euler equations and numerical experiments on the stability of converging cylindrical shock waves
C.-D. Munz
Text: pdf (3.6MB)685-691 -
Transonic shock tube flow over a NACA 0012 airfoil and elliptical cylinders
K. Itoh, K. Takayama
Text: pdf (3.9MB)693-699 -
A hybridised higher-order random choice method for quasi-linear hyperbolic systems
Text: pdf (3.2MB)701-708 -
Numerical simulation of Rayleigh-Taylor instability induced turbulent mixing in shock tube flows
D. Besnard, M. Bonnet, S. Gauthier, J. F. Haas, P. Spitz
Text: pdf (3.1MB)709-715 -
Adaptive gridding in three-dimensions for studying complex shock interactions
M. A. Fry
Text: pdf (3.3MB)717-724 -
Shock-tube flow simulation by a modified finite volume method
M. Yamamoto, M. Hatakeyama, H. Oguchi
Text: pdf (3.4MB)725-731 -
Numerical simulation of pressure wave boundary layer interaction
H. Reister
Text: pdf (2.7MB)733-739
- Part VII: Blast and Detonation Waves
-
A high enthalpy blast simulator
K. C. Phan, C. V. Hurdle
Text: pdf (3.6MB)743-749 -
The influence of confinement on the structure and behavior of gaseous detonation waves
S. B. Murray, I. O. Moen
Text: pdf (3.9MB)751-757 -
The blast wave expansion over concave surfaces
K. W. Naumann
Text: pdf (--MB)759-764 -
Blast waves generated by planar detonations
P. A. Thibault, J. D. Penrose, J. E. Shepherd, W. B. Benedick, D. V. Ritzel
Text: pdf (3.3MB)765-771 -
On the flow produced by massive gasification in a tube
J. F. Clarke, E. F. Tom
Text: pdf (2.7MB)773-778 -
A numerical investigation of the reestablishment of a quenched gaseous detonation in a Galilei-transformed system
St. Schöffel, F. Ebert
Text: pdf (4.5MB)779-786 -
Triple shock formation in detonation waves
K. Terao, T. Azumatei
Text: pdf (3.5MB)787-793 -
Soil response to blast overpressure
D. A. Russell, W. A. Fleener
Text: pdf (3.9MB)795-801 -
Theoretical and experimental studies in deflagration-to-detonation transition of explosives at extra-low loading densities
S. Wang, Y. Gao, Q. Fan
Text: pdf (3.4MB)803-809 -
Investigations on coal gasification in the detonation wave
A. Kusmierz, M. Wolinski, P. Wolanski
Text: pdf (4.2MB)811-817
- Part. VIII: Advanced Shock Tube Technology and Measuring Technique
-
Measurements of heat transfer and vortex shedding frequency of cylinders in shock tube cross flow
D. Hermann, F. P. Weßlau, G. Adomeit
Text: pdf (4.8MB)821-830 -
Concentration and temperature profiles in a shocked gaseous interface
L. Houas, H. Farhat, A. Ftamdani, J. Fortes, R. Brun
Text: pdf (2.8MB)831-837 -
Time-resolved laser Doppler anemometry applied to shock waves in wet steam
P. Luger, F. Hindelang, K. Hornung
Text: pdf (3.6MB)839-845 -
Techniques for creating precursors in shock tubes
H. Reichenbach, A. L. Kuhl
Text: pdf (3.7MB)847-853 -
Visualization of shock wave by electric discharge - electric discharge across a shock wave -
S. Miyashiro
Text: pdf (3.0MB)855-861 -
Rapid-tuning laser absorption diagnostics for shock tube flows
E. C. Rea Jr., A. Y. Chang, R. K. Hanson
Text: pdf (4.3MB)863-869 -
Modern diagnostic methods for high speed flows
Y. M. Timnat
Text: pdf (3.4MB)871-877
- Part IX: Shock Wave Applications
-
Magnetohydrodynamic study of the interaction of magnetic flux with high-pressure shock waves in metal powder
K. Nagayama, T. Murakami
Text: pdf (3.6MB)881-887 -
Modelling of shock wave propagation and tissue interaction during extracorporal shock wave lithotripsy
M. Grünewald, H. Koch, H. Hermeking
Text: pdf (3.4MB)889-895 -
Non-invasive gallstone disintegration by underwater shock focusing
O. Kitayama, H. Ise, T. Sato, K. Takayama
Text: pdf (3.4MB)897-903 -
Measurement of electron number density in partially ionized air with the additive of electrophilic materials on the CARDC dusty-gas shock tube
X. X. Du, W. Xu, L. S. Liang
Text: pdf (2.5MB)905-910 -
Interaction between induced waves and electric discharge in a very high repetition rate excimer laser
M. L. Sentis, L. Arif, B. M. Forestier, B. L. Fontaine
Text: pdf (4.3MB)911-917 -
Interaction between normal shock wave and rotating blade rows
B. E. L. Deckker, R. Hawboldt
Text: pdf (3.9MB)919-925 -
Explosive plasma injectors in the study of circumterrestrial space
G. A. Shvetsov, V. M. Titov, I. A. Stadnichenko, Yu. Ya. Ruzhin, V. S. Skomarovsky
Text: pdf (4.2MB)927-933 -
Plate response analysis using a shock tube
J. M. Santiago
Text: pdf (4.0MB)935-941
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