Search Results - "MORIUE, Osamu"

Experimental Investigation of Cool Flame Behavior of Isolated n-Decane/Ethanol Droplet under Microgravity by Ando, Shion, Shimada, Kei, Eto, Daijiro, Moriue, Osamu

“…To investigate the effect of ethanol concentration on the cool flame characteristics of isolated binary fuel droplet, experiments and numerical simulations on…”
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Predictions of soot formation in burner-stabilized stagnation flames using various reaction mechanisms by ANDO, Shion, SHIMAMURA, So, SATO, Shunsuke, KOYAMA, Kenshin, MORIUE, Osamu

“…To clarify the effects of reaction mechanisms on soot formation, a two-dimensional numerical simulation was performed for a burner-stabilized stagnation flame…”
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Effects of droplet interaction on spontaneous ignition of an n-decane droplet pair by Moriue, Osamu, Nishiyama, Yohei, Yamaguchi, Yosuke, Hashimoto, Hideki, Murase, Eiichi

“…As a fundamental study on the droplet-interaction effect in the fuel-spray ignition, spontaneous ignition of an n-decane droplet pair rapidly inserted into hot…”
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Study on promotion of lean combustion by oxygen enrichment using a rapid compression expansion machine by HARADA, Kazuki, ANDO, Shion, ITO, Yuya, KAWASOE, Yuzo, HASHIMOTO, Hideki, MORIUE, Osamu

“…While lean combustion in SI engine is one of the promising methods to increase the thermal efficiency and reduce the pollutant emissions, it causes instability…”
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Flame spread of droplet-cloud elements with two-droplet interaction in microgravity by Masato MIKAMI, Hidetaka WATARI, Tsutomu HIROSE, Takehiko SEO, Herman SAPUTRO, Osamu MORIUE, Masao KIKUCHI

“…This research conducted microgravity experiments to investigate the flame-spread characteristics of the fuel-droplet-cloud element with uneven droplet spacing,…”
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急速圧縮膨張装置を用いた酸素富化による希薄燃焼の燃焼促進に関する研究 by 原田, 一輝, 安藤, 詩音, 伊東, 侑哉, 川添, 裕三, 橋本, 英樹, 森上, 修

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Numerical simulations of the ignition of n-heptane droplets in the transition diameter range from heterogeneous to homogeneous ignition by Moriue, Osamu, Mikami, Masato, Kojima, Naoya, Eigenbrod, Christian

“…Spontaneous ignition of single n-heptane droplets in a constant volume filled with air is numerically simulated with the spherical symmetry. The volume is…”
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Chemiluminescence spectroscopy to explore the flame temperature by Yuzo KAWASOE, Hideki HASHIMOTO, Osamu MORIUE, Eiichi MURASE, Junichi FURUKAWA

“…To explore the behavior of near-extinction flamelets in turbulent premixed flames, emission intensities of OH, CH and C2 radicals of hydrocarbon-air premixed…”
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Amelioration of Combustion of Hydrogen Rotary Engine by Nizar, Jaber, Mukai, Manabu, Kagawa, Ryoji, Nakakura, Haruki, Moriue, Osamu, Murase, Eiichi

“…Hydrogen rotary engines are promising power sources for the future hydrogen society, and improving their thermal efficiency helps propel tomorrow's car…”
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Combustion of partially premixed spray jets by Mikami, Masato, Yamamoto, Kazuhiro, Moriue, Osamu, Kojima, Naoya

“…Gas turbines, liquid rocket motors, and oil-fired furnaces utilize the spray combustion of continuously injected liquid fuels. In most cases, the liquid spray…”
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Flame-spread limit from interactive burning droplets in microgravity by Yoshida, Yasuko, Iwai, Kentaro, Nagata, Kentaro, Seo, Takehiko, Mikami, Masato, Moriue, Osamu, Sakashita, Tetsuya, Kikuchi, Masao, Suzuki, Takuma, Nokura, Masaki

“…This research conducted microgravity experiments on the flame spread over droplet-cloud elements with strong droplet interaction aboard Kibo on the ISS. The…”
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Interaction Effects on Combustion of Alcohol Droplet Pairs by OKAI, Keiichi, ONO, Yutaka, MORIUE, Osamu, SHIBA, Seiji, ARAKI, Mikiya, NOMURA, Hiroshi, SHIGA, Seiichi, TSUE, Mitsuhiro, KONO, Michikata

“…Experimental investigation was conducted on two droplet-array combustion of methanol and methanol/dodecanol mixture fuels in microgravity. For methanol,…”
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Effects of the Initial Heat-Up Period on a Two-Droplet Array Burning at High Pressure in Microgravity by OKAI, Keiichi, ONO, Yutaka, MORIUE, Osamu, KATO, Hideaki, TSUE, Mitsuhiro, KONO, Michikata, SATO, Jun'ichi, DIETRICH, Daniel L., WILLIAMS, Forman A.

“…The interactive combustion of two closely-spaced droplets at elevated pressures was investigated experimentally in a 2.2 second drop tower. Heptane, hexadecane…”
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