UNIVERSITY OF GENOA
FACULTY OF ENGINEERING
HYDRAULIC INSTITUTE

IRROTATIONAL PLANE FLOWS OF AN INVISCID FLUID

Choose your language ...

... and good navigation.

SOME COMMENTS

  • John S. Denker has been so kind to host a mirror of these webpages for US readers. The official site is www.idra.unige.it and I will try to keep the mirror updated without abusing of John's patience. Please don't bother him with questions related to these pages but contact me instead.
  • These pages have been tested to work under Netscape 3.0. You can download here the last version of Netscape.
  • During the lecture you will encounter some Java Applets. They have been developed using the Java Developer Kit (JDK). Since the last (1.1) version of JDK is not, at the moment, supported by many browsers, I have included two version of the applets, one compiled under JDK1.1 and one under JDK1.0.
  • Be patient ... animations take some time to travel. If you are not patient at all, you can download a .tar.gz or a .zip archive of the whole tree.
  • Here you can find a gallery of some nice photos and images people sent me. I would like to extend this section, so please email me any image you feel is pertinent to this project. Be sure to include a few lines of description of what can be seen in the image.
  • I'm looking for a native english speaker to check the english version of the package. Any volunteer? If so please email me.

ACKNOWLEDGEMENTS

This webpages would never have seen the light without the help from the following persons I would like to thank:

  • Marco Colombini ... well, after all I think I can put myself on top of the thanks list ... this work has been done in my spare time :-(

  • Marco Galiani who has been, as always, willing to help solving all (well, almost all) the technical problems.

  • Tilman Buntz, who is a maths and physics student at the University of Munchen and is writing a thesis which shall become a guided tour on the principles of flight for the Deutsches Museum of Munchen for students. Tilman will use some material from these webpages for his thesis and proposed himself for arranging the german version of this lecture (now available) ... so choosing to receive all the honours and the blames about it.

  • Rita Wodzinski, who teaches physics at the University of Munchen and is the supervisor of Tilman. Her curiosity on the problem ``longer path => higher velocity'' stimulated an interesting discussion. The sections devoted to the smokelines pattern are the ultimate result of this discussion and I hope they will help to clarify this common misconception.

  • John S. Denker, who wrote some very enojable pages on the principles of aerodynamics. John has been very helpful in the building of the code needed for the smokeline animations. A particular thank for his willingness and for his suggestions.

  • The students of the course of Fluid Mechanics for Chemical Engineers, who were the actual reason I started this project. In the last few years I have mercilessly forced them to carefully study these pages, asking them to correct, at least, the typos in the italian version. No hope. (Well, well, actually they found two in the english version ... hope is the last to die).

  • A note to the german version, written by Tilman (I don't understand a word in german, but I've seen my name in it so ...)
    Vorwort zur deutschen Übersetzung:
    Hiermit danke ich nochmal ganz herzlich Marco Colombini für die großzügige Bereitstellung seiner Seiten und Rita Wodzinski, die viel Zeit für die Überarbeitung der Übersetzung geopfert hat.


This project has been developed on HP-Ux and Linux systems making use of the following software:

Gsharp
from
AVS

Java
from
SUN

Latex2html
from
Nikos Drakos

ImageMagick
from
John Cristy