@article{oai:oacis.repo.nii.ac.jp:00001743,
 author = {董, 書闖 and 胡, 夫祥 and 熊沢, 泰生 and 塩出, 大輔 and 東海, 正},
 issue = {3},
 journal = {日本水産学会誌, Nippon Suisan Gakkaishi},
 month = {},
 note = {養殖生簀に使われているポリエチレン（PE）製の菱目と角目網地および金網を用いて水槽実験で流れに平行と直角な場合の抗力，および流れに傾けたときの PE 菱目網地と金網の抵抗を計測した。流れに平行な網地の抗力係数は PE 菱目網地，角目網地，金網の順に大きくなることと流れに直角な網地の抗力係数は PE 網地に比べて金網で 0.8-0.9 倍になることが確かめられた。さらに，PE 菱目網地および金網の抗力係数と揚力係数はレイノルズ数，網目係数と迎角の関数で表わすことができ，現場の生簀の挙動を予測するために利用できる。, The hydrodynamic characteristics of polyethylene (PE) netting and chain link wire netting with different types of twine diameter and mesh size for aquaculture net cages were examined by experiments in a flume tank. The drag coefficient CD0 of plane netting set parallel to the water flow increases in the order of PE netting with diamond mesh, PE netting with square mesh and chain link wire netting. The drag coefficient CD90 of the chain link wire netting set normal to the water flow was 0.8-0.9 times that of the PE netting. Moreover, the drag coefficient CDθ and lift coefficient CLθ of PE netting and chain link wire netting set at various angles of attack to the water flow were estimated by empirical equations as functions of CD0, CD90, mesh factor and angle of attack, which provide a relevant basis for analyzing and predicting the behavior characteristics of cages in the sea., 15K07524},
 pages = {282--289},
 title = {一様流における養殖生簀用平面網地の流体力特性について},
 volume = {82},
 year = {2016}
}