25. REACTING CARBON PARTICLE-LADEN OXYGEN GAS BEHIND A SHOCK WAVE Jun ...
paper describes and inherent interaction phenomenon behind a shock wave for a two-phase medium of gas and particles with chemical reaction. ...
80 | 
procom.kaist.ac.kr
26. Shock wave-boundary layer interactions in laminar transonic flow.
standing of interaction phenomena. The same general approach used in refer- ...... layer, shock wave, interaction region, and notation used. ...
AIAA-1973-239-112 | deepblue.lib.umich.edu
27. AN EXPLANATION TO THE PHENOMENON OF COUPLED FIRST ORDER SHIFT OF ...
An interesting phenomenon is that after their interaction, the recovered ... We also measure the captured shock wave position before interacting with the ...
coupled_1st_order_shift | people.math.gatech.edu
28. Transonic Shock Wave. Turbulent Boundary Layer Interaction on a ...
stwp pressure increase or a plateau pressure, a phenomenon frequently observed at shock wave- boundary layer interactions. Peculiar in the present results ...
9870A | oai.cwi.nl
29. Multi-Passage Gasdynamic Interactions in Wave Rotor
secondary shock wave becomes almost the same as that of the interaction wave. This phenomenon was again shown in both numerical and experimental results. ...
758 | www.icas-proceedings.net
30. Self-intensification in shock wave and vortex interaction
May 11, 2010 ... 1. Introduction. Until recently not much attention has been paid to the phenomenon of strong interaction between a shock wave and a vortex. ...
FDR_12_6_A05 | iopscience.iop.org
31. Phase change phenomena during high power laser-materials interaction
Phase change phenomena during high power laser-materials interaction ..... relate the measured velocity of the shock wave and the ...
1003.Phase%20chang%20phenomena%20during%20high%20power%20laser-materials | 140.116.202.83
32. Shocked Turbulence Simulations of Turbulent Flows with Strong ...
Shock wave interaction with turbulence and sharp density gradients is a common phenomenon arising widely in various areas of science and technology such as ...
simulations | aa.stanford.edu
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