TY - JOUR
T1 - INVESTIGATIONS OF MACH REFLECTION OF A SHOCK WAVE - 1. CONFIGURATIONS AND DOMAINS OF SHOCK REFLECTION.
AU - Ikui, Takefumi
AU - Matsuo, Kazuyasu
AU - Aoki, Toshiyuki
AU - Kondoh, Nabuaki
PY - 1982
Y1 - 1982
N2 - When a plane moving shock wave encounters an inclined wall, it is reflected by the wall. In these reflection problems, four different types of reflection have been observed in previous shock tube experiments. namely, they are regular reflection, single-Mach, complex-Mach, and double-Mach reflections. However, in regard to these reflections, there are many questions which are not yet resolved. In the present study, the reflection phenomena of the shock waves have been investigated experimentally over a wide range of incident shock Mach numbers and wedge angles using air or chlorofluoro-carbon (Freon-12), as a working gas. In the experiment using Freon-12, a new type of reflection which cannot be classified into any one of the above four types has been observed. The domains where these five types of reflection can occur and the transition boundaries from one type of reflection to another have been discussed. 13 refs.
AB - When a plane moving shock wave encounters an inclined wall, it is reflected by the wall. In these reflection problems, four different types of reflection have been observed in previous shock tube experiments. namely, they are regular reflection, single-Mach, complex-Mach, and double-Mach reflections. However, in regard to these reflections, there are many questions which are not yet resolved. In the present study, the reflection phenomena of the shock waves have been investigated experimentally over a wide range of incident shock Mach numbers and wedge angles using air or chlorofluoro-carbon (Freon-12), as a working gas. In the experiment using Freon-12, a new type of reflection which cannot be classified into any one of the above four types has been observed. The domains where these five types of reflection can occur and the transition boundaries from one type of reflection to another have been discussed. 13 refs.
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U2 - 10.1299/jsme1958.25.1513
DO - 10.1299/jsme1958.25.1513
M3 - Article
AN - SCOPUS:0020191356
SN - 0021-3764
VL - 25
SP - 1513
EP - 1520
JO - Bulletin of the JSME
JF - Bulletin of the JSME
IS - 208
ER -