Flow of the entrance region in a porous pipe. (3rd report: transient flow)

T. Tanahashi; J. Masuzawa; T. Ando; K. Kawai; T. Sawada

Flow of the entrance region in a porous pipe. (3rd report: transient flow)

T. Tanahashi, J. Masuzawa, T. Ando, K. Kawai, T. Sawada

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

Abstract

Analyses transient laminar flow in the pipe entrance in e.g. cooling systems and tidal power systems, by a modified momentum integral method. Calculates dynamic distributions of the velocity profiles, boundary layer thickness, wall shear stress, and pressure coefficients. Compares numerical results with experimental results and discusses the relationship between flow rate and inlet length, and the influence of slip velocity. (C.J.U.)

Original language	English
Pages (from-to)	1071-1078
Number of pages	8
Journal	BULL. JSME
Volume	25
Issue number	205 , Jul. 1982
Publication status	Published - 1982 Jan 1
Externally published	Yes

ASJC Scopus subject areas

Engineering(all)

Cite this

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abstract = "Analyses transient laminar flow in the pipe entrance in e.g. cooling systems and tidal power systems, by a modified momentum integral method. Calculates dynamic distributions of the velocity profiles, boundary layer thickness, wall shear stress, and pressure coefficients. Compares numerical results with experimental results and discusses the relationship between flow rate and inlet length, and the influence of slip velocity. (C.J.U.)",

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T1 - Flow of the entrance region in a porous pipe. (3rd report

T2 - transient flow)

AU - Tanahashi, T.

AU - Masuzawa, J.

AU - Ando, T.

AU - Kawai, K.

AU - Sawada, T.

PY - 1982/1/1

Y1 - 1982/1/1

N2 - Analyses transient laminar flow in the pipe entrance in e.g. cooling systems and tidal power systems, by a modified momentum integral method. Calculates dynamic distributions of the velocity profiles, boundary layer thickness, wall shear stress, and pressure coefficients. Compares numerical results with experimental results and discusses the relationship between flow rate and inlet length, and the influence of slip velocity. (C.J.U.)

AB - Analyses transient laminar flow in the pipe entrance in e.g. cooling systems and tidal power systems, by a modified momentum integral method. Calculates dynamic distributions of the velocity profiles, boundary layer thickness, wall shear stress, and pressure coefficients. Compares numerical results with experimental results and discusses the relationship between flow rate and inlet length, and the influence of slip velocity. (C.J.U.)

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JO - Bulletin of the JSME

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ER -

Flow of the entrance region in a porous pipe. (3rd report: transient flow)

Abstract

ASJC Scopus subject areas

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