International Shock Wave Institute Archive

- Proceedings Archive -

• Coverpage and contents
  Text: pdf (4.7MB)
  
  
• Contents
1. Review of shock/vortex interaction
   K. Takayama
   Text: pdf (11.2MB)
   1-18    
2. Strong shock/vortex interactions in a bifurcated shock tube
   G. du Sautoy and B. Skews
   Text: pdf (4.5MB)
   19-26    
3. Laser-driven blast wave: an application
   A. Sasoh
   Text: pdf (2.3MB)
   27-32    
4. The development of new shocks induced by interactions between a body and a vortex flow
   T. Minota
   Text: pdf (4.3MB)
   33-40    
5. Shock/vortex interactions induced by blast waves
   S.M. Liang and C.P. Lo
   Text: pdf (4.0MB)
   41-48    
6. Vortex-explosion interaction
   X.W. Wang, H.H. Li, J.M. Yang, JVI.Y. Sun, K. Takayama
   Text: pdf (3.3MB)
   49-55    
7. Vortex formation and vortex-nozzle interaction in a starting flow
   X. Luo, A.P.C. Holten, R. Gommers, M.E.H. van Dongen, A. Hirschberg
   Text: pdf (3.6MB)
   56-62    
8. A brief consideration on five asynchronous subinteraction models in a complex shock-vortex interaction
   K.S. Chang and S.M. Chang
   Text: pdf (3.0MB)
   63-69    
9. The role of shock waves in high speed compressible turbulent flows
   A. Abe, G. Utaunomiya, M.Y. Sun, J.H.S. Lee, K. Takayama
   Text: pdf (3.8MB)
   70-77    
10. Influence to detonation configuration due to transport effects
    T. Sugimura, K. Takekawa, T. Nakagawa
    Text: pdf (6.3MB)
    78-88    
11. Decay of cylindrical blast waves in a dissociating air
    G. Sakaguchi, F. Higashino, Y. Takakura
    Text: pdf (3.5MB)
    89-96    
12. A note on the simulation of vortex phenomenon in compressible flows
    M.Y. Sun and K. Takayama
    Text: pdf (7.8MB)
    97-110    
13. Blast wave reflection from smooth and rough surfaces
    H. Kleine, E. Timofeev, K. Takayama
    Text: pdf (3.9MB)
    111-118    
14. Development of numerical code for dusty gas flows and its application to oblique shock reflections
    T. Saito, M. Marumoto, K. Takayama
    Text: pdf (3.2MB)
    119-125    
15. Investigation on ignition and combustion of methane/air mixture in a supersonic flow around a sphere
    P.T. Yue, S.L. Xu, X.Y. Zhang
    Text: pdf (2.3MB)
    1126-131    
16. Experimental study on supersonic combustion of premixed hydrocarbon fuel-air mixture
    Y.Y. Sun. Z.Y. Han, M. Situ, Y.G. Ju
    Text: pdf (5.4MB)
    132-142    
17. An experimental investigation of the influence of streamwise vortex on flame propagation in a supersonic air-hydrocarbon fuel mixture
    Z.Y. Han, J.B. Ge, X.Z. Yin
    Text: pdf (7.1MB)
    143-151    
18. Research on the mechanism of shock waves inside the supersonic diffuser installed in a hypersonic jet
    Y.T. Sun and X.Y. Zhu
    Text: pdf (4.3MB)
    152-160    
19. Experimental study on the supersonic jet mixing in supersonic multi-nozzle central injector
    T.J. Wang and X.Y. Zhu
    Text: pdf (4.3MB)
    161-168    
20. A strategy of fast solvers for elliptic boundary value problems
    K. Abe and S.L. Zhang
    Text: pdf (3.7MB)
    169-177    
21. Shock wave/vortex interaction in a confined space
    A. Abe, H. Ojima, T. Ogawa, K. Kikuta, K. Takayama
    Text: pdf (4.4MB)
    178-185    
22. Preliminary diagnotics of UV emission spectra in nonequilibrium 2-D hypersonic blunt body flow
    X.L. Yu, Z.B. Lin, N.Y. Zhu, ILL. Zhang, D.H. Guo, X.Z. Ge, Q.S. Yang, J.M. Lin
    Text: pdf (3.8MB)
    186-194    
23. Application of CE/SE method into interaction of shock wave with vortex
    D.L. Zhang
    Text: pdf (7.4MB)
    195-211    
24. Investigation into wave processes occurring in pulse detonation propulsion facility
    C. Wang, W. Zhao, Z.L. Jiang
    Text: pdf (2.9MB)
    212-218