- #1
deltaquattro
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Hi,
consider classical potential flow without circulation around a
cylinder. Let us follow a fluid particle adjacent to the upper surface
of the cylinder (e.g. on the dividing streamline), starting just a
very tiny bit upstream of the upstream stagnation point. It will go to
the downstream stagnation point, following the surface of the
cylinder. How much time does it take for the particle to get to the
downstream stagnation point? I found an answer, but it's so strange
that I'd like to hear your opinion too. Thanks,
greetings,
deltaquattro
consider classical potential flow without circulation around a
cylinder. Let us follow a fluid particle adjacent to the upper surface
of the cylinder (e.g. on the dividing streamline), starting just a
very tiny bit upstream of the upstream stagnation point. It will go to
the downstream stagnation point, following the surface of the
cylinder. How much time does it take for the particle to get to the
downstream stagnation point? I found an answer, but it's so strange
that I'd like to hear your opinion too. Thanks,
greetings,
deltaquattro