Bib­li­og­ra­phy

1

J. Ack­eret, F. Feld­mann, and N. Rott.
In­ves­ti­ga­tions of com­pres­sion shocks and bound­ary lay­ers in gases mov­ing at high speed.
Tech­ni­cal Re­port NACA Tech. Memo. 1113, ETH Zurich No. 10, 1947.

cited: 2.3

2

R. P. Feyn­man.
QED, the Strange The­ory of Light and Mat­ter.
Prince­ton, ex­panded edi­tion, 2006.

cited: 2.

3

L. Prandtl.
Über Flüssigkeits­be­we­gung bei sehr kleiner Rei­bung.
In Lud­wig Prandtl gesam­melte Ab­handlüngen, vol­ume 2, pages 575-584. Springer-Ver­lag, Berlin, 1961.

cited: 2.3

4

S.F. Shen and Z-h Xiao.
To­wards the op­ti­miza­tion of con­trol of un­steady sep­a­ra­tion.
Pri­vate com­mu­ni­ca­tion, 1987.

cited: 2.3

5

L. L. Van Dom­me­len.
Un­steady Bound­ary Layer Sep­a­ra­tion.
PhD the­sis, Cor­nell Uni­ver­sity, Ithaca, NY, 1981.

cited: 2.3

6

L. L. Van Dom­me­len and S. J. Cow­ley.
On the La­grangian de­scrip­tion of un­steady bound­ary-layer sep­a­ra­tion. Part 1. Gen­eral the­ory.
J. Fluid Mech., 210: 593-626, 1990.

cited: 2.3

7

L. L. Van Dom­me­len and S. F. Shen.
The gen­e­sis of sep­a­ra­tion.
In T. Ce­beci, ed­i­tor, Sym­po­sium on Nu­mer­i­cal and Phys­i­cal As­pects of Aero­dy­namic Flows, pages 293-311. Springer-Ver­lag, 1982.

cited: 2.3

8

Leon van Dom­me­len.
Quan­tum me­chan­ics for en­gi­neers, 2004-...
URL http://www.eng.famu.fsu.edu/~dom­me­len/quan­tum.

cited: 2.

9

J.D.A. Walker.
Mech­a­nism of tur­bu­lence pro­duc­tion near a wall.
ICOMP sem­i­nar se­ries, NASA-Lewis, July 26, 1988.

cited: 2.3