Resistance of Plane Net against Flow of Water I

Nomura, Masatsune; Mori, Keishiro

doi:10.2331/suisan.17.8-9_39

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Flow Modeling Across the Photocatalyst Support1

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2012

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Cited by 3 publications

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“…This correlation was determined from a large set of experimental data collected with wire and textile screens under turbulent flow conditions (Eckert and Pflüger, 1941;Miyamoto et al, 1952;Schubauer et al, 1950), at incidence angles between 0 (i.e., normal flow) and 45 • , and for square-woven screens with porosities in the 0.04-0.97 range. Thus, it can be stated that this correlation provides a sound estimate of the pressure drop across screens such as the photocatalyst support in Photo-CREC-air.…”

Section: Flow Modeling Across the Photocatalyst Supportmentioning

confidence: 99%

Flow field investigation in a photocatalytic reactor for air treatment (Photo-CREC–air)

Castrillón

Ibrahim

Lasa

2006

Chemical Engineering Science

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Section: Flow Modeling Across the Photocatalyst Supportmentioning

confidence: 99%

Flow field investigation in a photocatalytic reactor for air treatment (Photo-CREC–air)

Castrillón

Ibrahim

Lasa

2006

Chemical Engineering Science

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Fishery and Gear Research

Gabriel¹,

Lange²,

Dahm³

et al. 2005

Fish Catching Methods of the World

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Hydrodynamic characteristics of plane minnow netting made of high-strength polyethylene (Dyneema)

Kumazawa¹,

Hu²,

Kinoshita³

et al. 2012

NSUGAF

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The hydrodynamic characteristics of minnow netting composed of high-strength polyethylene (Dyneema) with diŠerent types of twine diameter and mesh size were evaluated through experiments conducted in a ‰ume tank. The drag coe‹cient C D90 of Dyneema minnow netting set normal to the water ‰ow was 8 and 25 smaller than that of minnow netting made of the conventional materials of polyamide and polyvinyl alcohol, respectively.The drag coe‹cient C D0 of minnow netting set parallel to the water ‰ow showed a slight diŠerence between the materials. Additionally, C D90 and C D0 were expressed as functions of Reynolds number and mesh factor a. Furthermore, the drag and lift coe‹cients of minnow netting set at various angles to the water ‰ow were estimated by empirical equations as functions of C D90 , C D0 and attack angle u. Table 1 に示す。

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Resistance of Plane Net against Flow of Water I

Cited by 3 publications

References 0 publications

Flow field investigation in a photocatalytic reactor for air treatment (Photo-CREC–air)

Flow field investigation in a photocatalytic reactor for air treatment (Photo-CREC–air)

Fishery and Gear Research

Hydrodynamic characteristics of plane minnow netting made of high-strength polyethylene (Dyneema)

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