A random cell model for pressure drop prediction in fibrous filters.

C. P. Yu.; T. T. Soong

A random cell model for pressure drop prediction in fibrous filters.

C. P. Yu.
, T. T. Soong

Department of Civil, Structural & Environmental Engineering

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

Abstract

A filter model consisting of a random distribution fibres is proposed to account for nonuniform fibre spacings in a real filter. The averae pressure drop cross this filter is determined based upon a random cell model of hydrodynamics. The results are favourbly compared with existing experimental data. The computation is also extended to the slip flow regime where the Knudsen number is not negligible. (A)

Original language	English
Journal	[No source information available]
State	Published - 1975

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title = "A random cell model for pressure drop prediction in fibrous filters.",

abstract = "A filter model consisting of a random distribution fibres is proposed to account for nonuniform fibre spacings in a real filter. The averae pressure drop cross this filter is determined based upon a random cell model of hydrodynamics. The results are favourbly compared with existing experimental data. The computation is also extended to the slip flow regime where the Knudsen number is not negligible. (A)",

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year = "1975",

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TY - JOUR

T1 - A random cell model for pressure drop prediction in fibrous filters.

AU - Yu., C. P.

AU - Soong, T. T.

PY - 1975

Y1 - 1975

N2 - A filter model consisting of a random distribution fibres is proposed to account for nonuniform fibre spacings in a real filter. The averae pressure drop cross this filter is determined based upon a random cell model of hydrodynamics. The results are favourbly compared with existing experimental data. The computation is also extended to the slip flow regime where the Knudsen number is not negligible. (A)

AB - A filter model consisting of a random distribution fibres is proposed to account for nonuniform fibre spacings in a real filter. The averae pressure drop cross this filter is determined based upon a random cell model of hydrodynamics. The results are favourbly compared with existing experimental data. The computation is also extended to the slip flow regime where the Knudsen number is not negligible. (A)

UR - https://www.scopus.com/pages/publications/85041932450

M3 - Article

AN - SCOPUS:85041932450

JO - [No source information available]

JF - [No source information available]

ER -

A random cell model for pressure drop prediction in fibrous filters.

Abstract

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