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27 April 2024

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Results 1 to 20 of 454 for query "M. Pipe". (0.00 sec.)

[ 1 2 3 4 5 10 ] Next

Electrodynamics of a Magnet Moving through a Conducting Pipe
M. Hossein Partovi; Eliza J. Morris;
18 Jun 2004

Threshold amplitudes for transition to turbulence in a pipe
Lloyd N. Trefethen; S. J. Chapman; Dan S. Henningson; Alvaro Meseguer; Tom Mullin; F. T. M Nieuwstadt;
28 Jul 2000

Synchronization of organ pipes by means of air flow coupling: experimental observations and modeling
M. Abel; S. Bergweiler; R. Gerhard-Multhaupt;
10 Jun 2005

Granular flows through vertical pipes controlled by an electric field
W Chen; M Hou; K Lu; Z Jiang; L Lam;
30 Nov 2001 / Phys Rev E, 64 (6 Pt 1), 061305

The nature of the dense core population in the Pipe Nebula: A survey of NH3, CCS, and HC5N molecular line emission
J. M. Rathborne; C. J. Lada; A. A. Muench; J. F. Alves; M. Lombardi;
27 Aug 2007

Analytical calculation of the longitudinal space charge and resistive wall impedances in a smooth cylindrical pipe
A M Al-Khateeb; O Boine-Frankenheim; I Hofmann; G Rumolo;
31 Jan 2001 / Phys Rev E, 63 (2 Pt 2), 026503

Experimental observation of nonlinear traveling waves in turbulent pipe flow
Björn Hof; Casimir W H van Doorne; Jerry Westerweel; Frans T M Nieuwstadt; Holger Faisst; Bruno Eckhardt; Hakan Wedin; Richard R Kerswell; Fabian Waleffe;
10 Sep 2004 / Science, 305 (5690), 1594-8

The nature of the dense core population in the pipe nebula: core and cloud kinematics from C18O observation
August A. Muench; Charles J. Lada; Jill M. Rathborne; João F. Alves; M. Lombardi;
4 Sep 2007

Longitudinal impedance and shielding effectiveness of a resistive beam pipe for arbitrary energy and frequency
Ahmed M Al-Khateeb; Oliver Boine-Frankenheim; Rainer W Hasse; Ingo Hofmann;
31 Jan 2005 / Phys Rev E, 71 (2 Pt 2), 026501

10.

The Nature of the Dense Core Population in the Pipe Nebula: Thermal Cores Under Pressure
Charles J. Lada; August A. Muench; Jill M. Rathborne; Joao F. Alves; Marco Lombardi;
7 Sep 2007

11.

Dynamics of propagating turbulent pipe flow structures. Part I: Effect of drag reduction by spanwise wall oscillation
A. Duggleby; K.S. Ball; M.R. Paul;
25 Aug 2006

12.

Statistical analysis of coherent structures in transitional pipe flow
Tobias M Schneider; Bruno Eckhardt; Jürgen Vollmer;
31 May 2007 / Phys Rev E, 75 (6 Pt 2), 066313

13.

Turbulence regeneration in pipe flow at moderate Reynolds numbers
Björn Hof; Casimir W H van Doorne; Jerry Westerweel; Frans T M Nieuwstadt;
18 Nov 2005 / Phys Rev Lett, 95 (21), 214502

14.

Turbulence transition and the edge of chaos in pipe flow
Tobias M Schneider; Bruno Eckhardt; James A Yorke;
20 Jul 2007 / Phys Rev Lett, 99 (3), 034502

15.

Nosé-Hoover molecular-dynamics study of self-pipe-diffusion in gold using many-atom interactions
von Boehm J; R M Nieminen;
1 Sep 1994 / Phys Rev B, 50 (9), 6450-6452

16.

How does flow in a pipe become turbulent?
Bruno Eckhardt; Tobias M. Schneider;
20 Sep 2007

17.

Comment on 'Critical behaviour in the relaminarization of localized turbulence in pipe flow'
Bjorn Hof; Jerry Westerweel; Tobias M. Schneider; Bruno Eckhardt;
18 Jul 2007

18.

Turbulence transition and the edge of chaos in pipe flow
Tobias M Schneider; Bruno Eckhardt; James A Yorke;
30 Mar 2007

19.

Statistical analysis of coherent structures in transitional pipe flow
Tobias M. Schneider; Bruno Eckhardt; Juergen Vollmer;
2 Nov 2006

20.

Dynamical Eigenfunction Decomposition of Turbulent Pipe Flow
A. Duggleby; K.S. Ball; M.R. Paul; P.F. Fischer;
25 Aug 2006

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