竹野 忠夫 TAKENO Tadao

ID:9000002378160

東京大学宇宙航空研究所 Institute of Space and Aeronautical Science, University of Tokyo (1981年 CiNii収録論文より)

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Articles:  1-10 of 10

  • A Further Experimental Study on the Excess Enthalpy Flame  [in Japanese]

    TAKENO Tadao , SATO Kenji

    A further experimental study was performed on the excess enthalpy flame proposed recently by the present authors. In the light of the previous experimental study, a burner was newly designed to reduce …

    Bulletin of the Institute of Space and Aeronautical Science,University of T(0xFADE)ky(0xFADE). 17(1B), p273-285, 1981-03

  • The Burning Velocity Measurement by Means of the Spherical Bomb Technique  [in Japanese]

    TAKENO Tadao , IIJIMA Toshio

    In the previous papers we proposed a method to derive the burning velocity from measurement of the pressure change during flame propagation in a spherical combustion chamber. In this paper the method …

    Bulletin of the Institute of Space and Aeronautical Science,University of T(0xFADE)ky(0xFADE). 17(1B), p261-272, 1981-03

  • An Experimental Study on An Excess Enthalpy Flame  [in Japanese]

    TAKENO Tadao , SATO Kenji

    In our previous papers a simple idea was proposed to produce an excess enthalpy flame by inserting a high-conductivity porous solid into the one-dimensional flame zone to recirculate heat through the …

    Bulletin of the Institute of Space and Aeronautical Science,University of T(0xFADE)ky(0xFADE). 16(1C), p573-586, 1980-03

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  • The Burning Velocity Measurement by Means of the Constant Volume Technique  [in Japanese]

    TAKENO Tadao , IIJIMA Toshio

    In a previous paper the authors have developed a method of approach for the analysis of nonsteady flame propagation in closed vessels on the basis of the quasi-steady flame surface model. In this pape …

    Bulletin of the Institute of Space and Aeronautical Science,University of T(0xFADE)ky(0xFADE). 16(1C), p561-571, 1980-03

  • A Study on Standing Detonation Wave  [in Japanese]

    TAKENO Tadao , UNO Tatsuo , KOTANI Yoshinobu

    An experimental study on the standing detonation wave of hydrogen was made by stabilizing it behind the normal shock wave of Mach reflected shock pattern generated in a M_e=1.91 stream. The stagnation …

    Bulletin of the Institute of Space and Aeronautical Science, University of Tokyo 13(1_C), 461-485, 1977-03

  • Experimental Facility for Study of Hydrogen Combustion  [in Japanese]

    TAKENO Tadao , YOSHIDA Akira , KOTANI Yoshinobu , UNO Tateo

    高温気流中での水素のいろいろな燃焼現象を研究する目的で水素燃焼実験設備を製作した.この設備は最大供給流量250Nm^3/hr,最高供給圧力40kg/cm^2の水素をその流量および圧力を制御して供給することができる水素供給装置とこのような大量の水素を使用する実験を安全に行なうための安全装置からなっている.

    Bulletin of the Institute of Space and Aeronautical Science,University of T(0xFADE)ky(0xFADE). 11(4B), p105-127, 1976-01

  • Design, Construction and Performance of the ISAS High-Enthalpy Air Flow Combustion Tunnel  [in Japanese]

    TSUJI Hiroshi , TAKENO Tadao , HORI Morio

    The ISAS ceramic-heated combustion-tunnel was designed and constructed with the object of providing a means of,studying problems associated with combustion in a high-enthalpy air flow, including super …

    Bulletin of the Institute of Space and Aeronautical Science,University of T(0xFADE)ky(0xFADE). 11(4B), p67-103, 1976-01

  • Design, Construction and Performance of the ISAS High-Enthalpy Air Flow Combustion-Tunnel : I. The Pebble-Bed Heater  [in Japanese]

    TSUJI Hiroshi , TAKENO Tadao , HORI Morio , MATSUI Kiyoshi

    The ISAS ceramic-heated combustion-tunnel was designed with the primary object of providing a means of studying problems associated with combustion in a high-enthalpy air flow, including supersonic co …

    Bulletin of the Institute of Space and Aeronautical Science, University of Tokyo 7(2B), 551-565, 1971-06

  • 超音速噴流による乱流拡散火災の実験的研究  [in Japanese]

    辻 広 , 竹野 忠夫 , 安室 紘一

    Journal of the Society of Mechanical Engineers 74(625), 178, 1971

    J-STAGE 

  • High-Frequency Combustion Oscillation  [in Japanese]

    TAKENO Tadao

    Journal of the Society of Mechanical Engineers 72(610), 1482-1489, 1969

    J-STAGE 

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