@techreport{oai:jaxa.repo.nii.ac.jp:00002438,
 author = {永井, 伸治 and 唐沢, 敏夫 and 馬込, 誠 and 真城, 仁 and 大野, 宇宙 and 好本, 彰 and 池田, 洋一 and 生形, 裕 and 加藤, 孝宏 and 坂本, 保幸 and Nagai, Shinji and Karasawa, Toshio and Magome, Makoto and Mashiro, Jin and Ono, Hiroshi and Yoshimoto, Akira and Ikeda, Yoichi and Ubukata, Yu and Kato, Takahiro and Sakamoto, Yasuyuki},
 month = {Jan},
 note = {連続回流式であるJAXA 2m×2m遷音速風洞は, 従来は主送風機, 補助送風機, 測定部の制御装置を3名の熟練運転員が運転操作していた. 高亜音速以上では, 主送風機の回転数だけではなく, 測定胴の風路制御と連動して補助送風機による測定部の抽気量を制御することが必要となる. 起動後に再試験条件であれば, ワンマン自動運転できることを目指し, これら3つの制御装置を更新改修することになった. そこで, まずマッハ数と供試模型に依存して広範囲となる補助送風機の運転点について考察した. そして, これらの運転点の移動方法の簡略自動化と, マッハ数自動制御の改善を図った. 改めて補助送風機のチョーク領域を調査した結果と, 自動運転の結果を示す. 更新改修後は, 全てのマッハ数範囲に渡り, データ精度と生産性が向上した., The JAXA 2 m by 2 m continuous closed-circuit transonic wind tunnel were operated by three operators of the three control systems of the main blower, the test section and the suction blower. At high Mach numbers, it is necessary to control suction rate of the test section by the suction blower in accordance with nozzle Mach number at the test section as well as rotation speed of the main blower. These three control systems were replaced or modified for one-man automatic operation at the re-test conditions if it is once started. Then, the operation points of the suction blower were discussed since they are widely spread according to the Mach number and the test model. The automatic procedures for changing these operation points and modification of the Mach number control were proposed. The choking area of the suction blower were also investigated, and the results of the automatic operation are shown. After the replacement, better productivity and accuracy of the data in the whole range of Mach numbers were achieved., 形態: カラー図版あり, Physical characteristics: Original contains color illustrations, 資料番号: AA1830014000, レポート番号: JAXA-RM-18-005},
 title = {JAXA 2m×2m連続式遷音速風洞の測定部抽気時の自動運転},
 year = {2019}
}