This is the entrance page of Vincent Icke's web site for the lecture series Practical Hydrodynamics. Some related material may be found on my general science page, my Planetary Nebulae page, or by way of my main web page. Readers are urgently requested to report factual errors or broken links to me on my Leiden email address.


 Room:

J.H. Oort Building 470

 Telephone local:

5843

Telephone in the Netherlands:

071 - 527 5843

 Fax in the Netherlands:

071 - 527 5743

Telephone from abroad:

31 - 71 - 527 5843

 Fax from abroad:

31 - 71 - 527 5743

Snail Mail Address:

Sterrewacht Leiden
Postbus 9513
2300 RA Leiden
The Netherlands

eMail: icke@strw.LeidenUniv.nl


Escape Hatch

From here, you can go back to:

Vincent Icke's Home Page

the Home Page of Sterrewacht Leiden

the Home Page of the Sterrewacht Theory Group


Graduate Studentships

The AstroHydro3D Project is looking for a graduate student interested in computational astrophysics. See the attached advertisement in PDF format.

 


PDF Files

Many typeset files on my site are given in PDF format. To read these files, you need the Acrobat PDF Reader, which is freeware from Adobe Systems, Inc.


Progress

As the course proceeds and develops, more material will be added here. You will occasionally find loose building blocks lying around. Not to worry, just use them to feed your curiosity.


Bibliography

A list of useful and interesting books on hydrodynamics and related subjects is presented here in PDF format. Most of them are very expensive, some are out of print (but there's a library for you!) The most useful ones are Landau & Lifschitz volume 6, which is a sine qua non for hydro professionals; Phil Roe's article in Ann.Rev.Fluid Mech. volume 18; and the Saas-Fee Advanced Course 27, by LeVeque, Mihalas, Dorfi and Müller. A very beautiful, cheap and complete book is the Dover edition of Lamb's Hydrodynamics.

The best general book on numerical hydrodynamics is, I think, Laney's Computational Gasdynamics.

I will present a similar list of useful books on the C programming language shortly. The sine qua non book here is Kernighan & Ritchie's The C Programming Language. Very useful are Plauger's The Standard C Library, and C: a Reference Manual by Harbison & Steele. Also good is Oualline's C Elements of Style.


Web sites

There are some very interesting web sites on astrophysical hydrodynamics. If you find one that isn't listed here, tell me about it!


Class Notes

Some notes relevant to this course are attached here in PDF format. As always, please email me about any omissions or errors you find in this text!


Images

Some images used in class will be posted here, but due to space and time limitations the list can't be complete.


QuickTime Movie (4.2 Mb) showing a thick gaseous disk blown up by a central stellar wind. This is a typical example of the output of a two-dimensional numerical hydrodynamics code.

Typical output of the one-dimensional hydrocode presented in these lectures. This image shows the gas density: black is high, whote is low. Space runs from left to right, time from top to bottom. The initial conditions are an instance of the Sod shock tube, in which the initial velocity is zero, the initial density is uniform, the pressure on the left is high, and low on the right. We see a shock wave running to the right, followed by a step-wise contact discontinuity, while a rarefaction wave travels to the left.


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