Žφ‹Ζ“ΰ—eEŒv‰ζiŠT—vj‚̏ξ•ρ


Žφ‹Ζ‰Θ–Ϊ–Ό ‚`‚d‚q‚n‚m‚`‚t‚s‚h‚b‚`‚k@‚d‚m‚f‚h‚m‚d‚d‚q‚h‚m‚f
Žφ‹Ζ‰Θ–Ϊ‚Μ‹ζ•ͺ ‘εŠw‰@‰Θ–Ϊ @@ ‘εŠw‰@‰Θ–Ϊ
’S“–‹³ˆυ–Ό‹y‚Ρ
˜A—ζ

…‘ –«Ž‘ y‹³Žφ

Žφ‹Ζ‚Μ–Ϊ•W
@There is no exaggeration to say that the development of aerospace 
engineering is own to aerodynamics. Due to the nature of compressible 
fluid, shock waves have been paid a special interest with increasing of 
the speed of aircraft. Therefore, the research on shock waves has been 
acting@crucial role to make historical events true, such as the manned-
supersonic flight and the manned-re-entry from outer space. Generally, 
shock waves appear around the objects flying at supersonic speed while an 
energy release in a minute region generates shock waves too. Then, we do 
not only need the view of aerodynamics but also that of high-speed 
dynamics to recognize physics of shock waves. In this course, from the 
view of high-speed dynamics, we will acquire the characteristics of shock 
waves, and the involvement with the history of science and technology. 
Simultaneously, the practical training of technical English will be done.
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—šC‚Μƒ|ƒCƒ“ƒg
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@Students are requested to have the fundamental knowledge on fluid mechanics, 
especially, on high-speed aerodynamics. Both English comprehension for 
scientific papers and basic skill for English presentation are also needed.
Šw•”EŠw‰Θ•KC^‘I‘π‚Μ•Κ
HŠwŒ€‹†‰Θ@@@@@@@@@@@@@@@ ‹@ŠBHŠwκU@@@@@@@@@@@@@@ CŽm‰Ϋ’φ ‘I‘π
HŠwŒ€‹†‰Θ@@@@@@@@@@@@@@@ q‹σ‰F’ˆŠwκU@@@@@@@@@@@@@ CŽm‰Ϋ’φ ‘I‘π

2014/09/16 11:32:17 μ¬