STRUCTURE OF MODULATED TURBULENT FLOW OVER PROGRESSIVE WATER WAVES.

Chin Tsau Hsu; Robert L. Street; En Y.l. Hsu

STRUCTURE OF MODULATED TURBULENT FLOW OVER PROGRESSIVE WATER WAVES.

Chin Tsau Hsu^*, Robert L. Street, En Y.l. Hsu

^*Corresponding author for this work

Department of Mechanical and Aerospace Engineering

Research output: Contribution to journal › Journal Article › peer-review

2 Citations (Scopus)

Abstract

The experimental program described was undertaken to clarify the interface flow structure, as well as the closure relations, and to study the dynamic response of wave perturbations to the imposition of air modulations. The Stanford wind-wave facility was modified to permit generation of an air modulation with a sinusoidal variation. A wave height gage and an X-array hot-film probe were used to measure simultaneously the wave height and the wind velocity from a wave-follower operating in a transformed coordinate system. Drift current effects on the mean flow are also discussed.

Original language	English
Journal	Stanford Univ Dep Civ Eng Tech Rep
Issue number	221
Publication status	Published - 1977

Cite this

@article{eccd4ea94e3a490a9dfa5890d247eb0a,

title = "STRUCTURE OF MODULATED TURBULENT FLOW OVER PROGRESSIVE WATER WAVES.",

abstract = "The experimental program described was undertaken to clarify the interface flow structure, as well as the closure relations, and to study the dynamic response of wave perturbations to the imposition of air modulations. The Stanford wind-wave facility was modified to permit generation of an air modulation with a sinusoidal variation. A wave height gage and an X-array hot-film probe were used to measure simultaneously the wave height and the wind velocity from a wave-follower operating in a transformed coordinate system. Drift current effects on the mean flow are also discussed.",

author = "Hsu, \{Chin Tsau\} and Street, \{Robert L.\} and Hsu, \{En Y.l.\}",

year = "1977",

language = "English",

journal = "Stanford Univ Dep Civ Eng Tech Rep",

number = "221",

}

TY - JOUR

T1 - STRUCTURE OF MODULATED TURBULENT FLOW OVER PROGRESSIVE WATER WAVES.

AU - Hsu, Chin Tsau

AU - Street, Robert L.

AU - Hsu, En Y.l.

PY - 1977

Y1 - 1977

N2 - The experimental program described was undertaken to clarify the interface flow structure, as well as the closure relations, and to study the dynamic response of wave perturbations to the imposition of air modulations. The Stanford wind-wave facility was modified to permit generation of an air modulation with a sinusoidal variation. A wave height gage and an X-array hot-film probe were used to measure simultaneously the wave height and the wind velocity from a wave-follower operating in a transformed coordinate system. Drift current effects on the mean flow are also discussed.

AB - The experimental program described was undertaken to clarify the interface flow structure, as well as the closure relations, and to study the dynamic response of wave perturbations to the imposition of air modulations. The Stanford wind-wave facility was modified to permit generation of an air modulation with a sinusoidal variation. A wave height gage and an X-array hot-film probe were used to measure simultaneously the wave height and the wind velocity from a wave-follower operating in a transformed coordinate system. Drift current effects on the mean flow are also discussed.

UR - https://www.scopus.com/pages/publications/85042337314

M3 - Journal Article

AN - SCOPUS:85042337314

JO - Stanford Univ Dep Civ Eng Tech Rep

JF - Stanford Univ Dep Civ Eng Tech Rep

IS - 221

ER -

STRUCTURE OF MODULATED TURBULENT FLOW OVER PROGRESSIVE WATER WAVES.

Abstract

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