@article{oai:miyazaki-u.repo.nii.ac.jp:00002972,
 author = {一木, 武次郎 and Ichiki, Takejirou and 北島, 崇雄 and Kitajima, Takao and 小園, 茂平 and Ozono, Shigehira and 宮城, 弘守 and Miyagi, Hiromori and 一木, 武次郎 and Ichiki, Takejirou and 北島, 崇雄 and Kitajima, Takao},
 journal = {宮崎大学工学部紀要, Memoirs of Faculty of Engineering, University of Miyazaki},
 month = {Oct},
 note = {Abstract 
Uniformly sheared flows with different shear rates are achieved conveniently by 
using wind tunnels of multi-fan type, which have different configuration of fans, 
and different width-to-height ratios W/Hof the test section, where W is the width, H 
is the height of the test section. The purpose of the present study is to investigate 
the spatial turbulence structure of the uniformly sheared flow. The flow structure 
around the middle layer remains unchanged after a certain non-dimensional time 
elapsed. A significant increase ("bump") in the longitudinal fluctuation r.m.s. is 
found for the largest shear rate in the wind tunnel of W/H= 5.6, and this bump 
should be closely related to the emergence of three-dimensionality of the flow 
structure. Time traces show a distinctive feature in a layer on the lower velocity 
side close to the wall, and its probability distribution function indicates that 
bursting motion causes the behavior.},
 pages = {35--41},
 title = {線形剪断勾配に伴う流れの構造の変化},
 volume = {33},
 year = {2004},
 yomi = {イチキ, タケジロウ and キタジマ, タカオ and オゾノ, シゲヒラ and ミヤギ, ヒロモリ and イチキ, タケジロウ and キタジマ, タカオ}
}