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タンデム型熱線プローブによる二次元翼周りのはく離流計測

   In general, a separated flow involves a reverse flow near the solid surface and its re-attachment in the downstream region. Therefore, the velocity measurement techniques, which can detect only the magnitude of the flow velocity is not useful to measure the separated flows. From this background,... Full description

Journal Title: Journal of the Japanese Society for Experimental Mechanics 2013, Vol.13(1), pp.40-45
Main Author: 古田, 浩貴
Other Authors: 寺島, 修 , 石黒, 俊輔 , 酒井, 雅晴 , 酒井, 康彦 , 長田, 孝二 , 伊藤, 靖仁 , 大西, 一弘 , Furuta, Hiroki , Terashima, Osamu , Ishiguro, Shunsuke , Sakai, Masaharu , Sakai, Yasuhiko , Kouji Nagata, Kouji , Ito, Yasumasa , Onishi, Kazuhiro
Format: Electronic Article Electronic Article
Language: English
Subjects:
ID: ISSN: 1346-4930 ; DOI: 10.11395/jjsem.13.40
Link: https://jlc.jst.go.jp/DN/JALC/10017807950?from=PrimoCentral
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recordid: jstageDN/JALC/10017807950
title: タンデム型熱線プローブによる二次元翼周りのはく離流計測
format: Article
creator:
  • 古田, 浩貴
  • 寺島, 修
  • 石黒, 俊輔
  • 酒井, 雅晴
  • 酒井, 康彦
  • 長田, 孝二
  • 伊藤, 靖仁
  • 大西, 一弘
  • Furuta, Hiroki
  • Terashima, Osamu
  • Ishiguro, Shunsuke
  • Sakai, Masaharu
  • Sakai, Yasuhiko
  • Kouji Nagata, Kouji
  • Ito, Yasumasa
  • Onishi, Kazuhiro
subjects:
  • Separated Flow
  • Tandem-type Probe
  • Re-attachment Point
  • Reverse Flow
  • Velocity Measurement
  • Separated Flow
  • Tandem-Type Probe
  • Re-Attachment Point
  • Reverse Flow
  • Velocity Measurement
ispartof: Journal of the Japanese Society for Experimental Mechanics, 2013, Vol.13(1), pp.40-45
description:    In general, a separated flow involves a reverse flow near the solid surface and its re-attachment in the downstream region. Therefore, the velocity measurement techniques, which can detect only the magnitude of the flow velocity is not useful to measure the separated flows. From this background, a tandem-type hot-wire probe which can detect not only the magnitude but also the direction of the flow is made and used to measure a separated flow around a two-dimensional blade. The tandem-type hot-wire probe consists of two I-type hot-wire probes and a small elliptical-shape resinic cylinder. A careful calibration test and the preliminary experiments are performed to confirm the validity of the self-made tandem-type hot-wire probe. The measurement results show that the characteristics of the separated region can be estimated precisely, and the re-attachment position obtained by the tandem-type probe is almost the same as that obtained by the static pressure fluctuation at the blade surface.
language: eng
source:
identifier: ISSN: 1346-4930 ; DOI: 10.11395/jjsem.13.40
fulltext: fulltext
issn:
  • 1346-4930
  • 13464930
url: Link


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titleタンデム型熱線プローブによる二次元翼周りのはく離流計測
creator古田, 浩貴 ; 寺島, 修 ; 石黒, 俊輔 ; 酒井, 雅晴 ; 酒井, 康彦 ; 長田, 孝二 ; 伊藤, 靖仁 ; 大西, 一弘 ; Furuta, Hiroki ; Terashima, Osamu ; Ishiguro, Shunsuke ; Sakai, Masaharu ; Sakai, Yasuhiko ; Kouji Nagata, Kouji ; Ito, Yasumasa ; Onishi, Kazuhiro
ispartofJournal of the Japanese Society for Experimental Mechanics, 2013, Vol.13(1), pp.40-45
identifierISSN: 1346-4930 ; DOI: 10.11395/jjsem.13.40
subjectSeparated Flow ; Tandem-type Probe ; Re-attachment Point ; Reverse Flow ; Velocity Measurement ; Separated Flow ; Tandem-Type Probe ; Re-Attachment Point ; Reverse Flow ; Velocity Measurement
description   In general, a separated flow involves a reverse flow near the solid surface and its re-attachment in the downstream region. Therefore, the velocity measurement techniques, which can detect only the magnitude of the flow velocity is not useful to measure the separated flows. From this background, a tandem-type hot-wire probe which can detect not only the magnitude but also the direction of the flow is made and used to measure a separated flow around a two-dimensional blade. The tandem-type hot-wire probe consists of two I-type hot-wire probes and a small elliptical-shape resinic cylinder. A careful calibration test and the preliminary experiments are performed to confirm the validity of the self-made tandem-type hot-wire probe. The measurement results show that the characteristics of the separated region can be estimated precisely, and the re-attachment position obtained by the tandem-type probe is almost the same as that obtained by the static pressure fluctuation at the blade surface.
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15Onishi, Kazuhiro
titleタンデム型熱線プローブによる二次元翼周りのはく離流計測
description   In general, a separated flow involves a reverse flow near the solid surface and its re-attachment in the downstream region. Therefore, the velocity measurement techniques, which can detect only the magnitude of the flow velocity is not useful to measure the separated flows. From this background, a tandem-type hot-wire probe which can detect not only the magnitude but also the direction of the flow is made and used to measure a separated flow around a two-dimensional blade. The tandem-type hot-wire probe consists of two I-type hot-wire probes and a small elliptical-shape resinic cylinder. A careful calibration test and the preliminary experiments are performed to confirm the validity of the self-made tandem-type hot-wire probe. The measurement results show that the characteristics of the separated region can be estimated precisely, and the re-attachment position obtained by the tandem-type probe is almost the same as that obtained by the static pressure fluctuation at the blade surface.
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atitleタンデム型熱線プローブによる二次元翼周りのはく離流計測
jtitleJournal of the Japanese Society for Experimental Mechanics
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abstract   In general, a separated flow involves a reverse flow near the solid surface and its re-attachment in the downstream region. Therefore, the velocity measurement techniques, which can detect only the magnitude of the flow velocity is not useful to measure the separated flows. From this background, a tandem-type hot-wire probe which can detect not only the magnitude but also the direction of the flow is made and used to measure a separated flow around a two-dimensional blade. The tandem-type hot-wire probe consists of two I-type hot-wire probes and a small elliptical-shape resinic cylinder. A careful calibration test and the preliminary experiments are performed to confirm the validity of the self-made tandem-type hot-wire probe. The measurement results show that the characteristics of the separated region can be estimated precisely, and the re-attachment position obtained by the tandem-type probe is almost the same as that obtained by the static pressure fluctuation at the blade surface.
pubThe Japanese Society for Experimental Mechanics
doi10.11395/jjsem.13.40
pages40-45