An experimental study of instability of a pulsatile pipe flow using LDV.

J. C. Stettler; Fazle Hussain

An experimental study of instability of a pulsatile pipe flow using LDV.

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Abstract

The stability of a fully-developed laminar pipe flow with a super imposed sinusoidal modulation was studied as a function of the mean and modulation Reynolds number and the Stokes parameter. The study was carried out in a long straight water tank via LDV techniques using a He-Ne laser and counter type signal processor. The purpose of the study was to obtain the stability instability boundary in the three dimensional parameter space and to understand the effects of the frequency and amplitude of excitation on the pipe flow and on instability over wide ranges of the three non-dimensional parameters. (from authors' abstract)

Original language	English (US)
Journal	[No source information available]
Issue number	(Lisbon, Portugal: Jul. 5-7, 1982)
State	Published - Jan 1 1982

ASJC Scopus subject areas

Engineering(all)

Cite this

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title = "An experimental study of instability of a pulsatile pipe flow using LDV.",

abstract = "The stability of a fully-developed laminar pipe flow with a super imposed sinusoidal modulation was studied as a function of the mean and modulation Reynolds number and the Stokes parameter. The study was carried out in a long straight water tank via LDV techniques using a He-Ne laser and counter type signal processor. The purpose of the study was to obtain the stability instability boundary in the three dimensional parameter space and to understand the effects of the frequency and amplitude of excitation on the pipe flow and on instability over wide ranges of the three non-dimensional parameters. (from authors' abstract)",

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AU - Stettler, J. C.

AU - Hussain, Fazle

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N2 - The stability of a fully-developed laminar pipe flow with a super imposed sinusoidal modulation was studied as a function of the mean and modulation Reynolds number and the Stokes parameter. The study was carried out in a long straight water tank via LDV techniques using a He-Ne laser and counter type signal processor. The purpose of the study was to obtain the stability instability boundary in the three dimensional parameter space and to understand the effects of the frequency and amplitude of excitation on the pipe flow and on instability over wide ranges of the three non-dimensional parameters. (from authors' abstract)

AB - The stability of a fully-developed laminar pipe flow with a super imposed sinusoidal modulation was studied as a function of the mean and modulation Reynolds number and the Stokes parameter. The study was carried out in a long straight water tank via LDV techniques using a He-Ne laser and counter type signal processor. The purpose of the study was to obtain the stability instability boundary in the three dimensional parameter space and to understand the effects of the frequency and amplitude of excitation on the pipe flow and on instability over wide ranges of the three non-dimensional parameters. (from authors' abstract)

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IS - (Lisbon, Portugal: Jul. 5-7, 1982)

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An experimental study of instability of a pulsatile pipe flow using LDV.

Abstract

ASJC Scopus subject areas

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