"Jaehoon Jeong,Susumu Sato,Tsuyoshi Nagasawa,Hidenori Kosaka","壁面衝突する噴霧火炎と非燃焼燃料蒸発噴霧の局所熱伝達に及ぼす雰囲気条件と燃料噴射条件の影響",,"日本機械学会論文集",,"Vol. 86","No. 892",,2020,Dec.
"Kai Matsumoto,Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","バーナ拡散火炎を用いた燃焼合成による白金/セリアナノ粒子の構造評価","第58回燃焼シンポジウム","第58回燃焼シンポジウム講演論文集",,,,,2020,Nov.
"Dittapoom Shinabuth,Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","Study on Effect of Nozzle Hole Length to Diameter Ratio on Near-Field Diesel Spray Characteristics at High Density Conditions",,"International Journal of Automotive Engineering",,"Vol. 11","Issue 4","pp. 159-168",2020,Nov.
"Atushi Kobayashi,Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","同位体クエンチ法による後処理触媒内化学種分布の計測技術開発","第31回内燃機関シンポジウム","第31回内燃機関シンポジウム 講演論文集",,,"No. 77",,2020,Nov.
"Yuji Sakayori,Mitsuhiro Hishida,Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","筒内流動強化によるディーゼル燃焼改善に関する研究","第31回内燃機関シンポジウム","第31回内燃機関シンポジウム 講演論文集",,,"No. 30",,2020,Nov.
"Dittapoom Shinabuth,Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","Study on Effect of Nozzle Hole Length to Diameter Ratio of Fuel Injector on Combustion Characteristics at High Density Conditions","公益社団法人自動車技術会2020年秋季大会","2020年秋季大会学術講演会講演予稿集",,,,,2020,Oct.
"Ryo Himeno,Seiya Abe,Tsuyoshi Nagasawa,Hidenori Kosaka,Susumu Sato,丹下健,田中光太郎","実路走行排出ガス計測データを用いた深層学習によるディーゼル乗用車の排出ガス予測","公益社団法人自動車技術会2020年秋季大会","2020年秋季大会学術講演会講演予稿集",,,,,2020,Oct.
"Mizuki Yabe,Athiwat Butmarasri,Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","燃料噴射ノズル内部形状がノズル内流れとディーゼル燃料噴射特性に与える影響","公益社団法人自動車技術会2020年秋季大会","2020年秋季大会学術講演会講演予稿集",,,,,2020,Oct.
"Yoko Yamakita,Jaeok Bae,Tsuyoshi Nagasawa,Hidenori Kosaka","Stereoscopic Micro-PIV Measurement of Near-Wall Velocity Distribution in Strong Tumble Flow under Motored SI Engine Condition","SAE Powertrains, Fuels & Lubricants Meeting 2020","2020, SAE Technical Paper 2020-01-2019",,,,,2020,Sept.
"Pop-Paul Ewphun,Tsuyoshi Nagasawa,Hidenori Kosaka,Susumu Sato","Investigation on Effect of Offset Orifice Nozzle on Diesel Combustion Characteristics","SAE Powertrains, Fuels & Lubricants Meeting 2020","SAE Technical Paper 2020-01-2038",,,,,2020,Sept.
"Tsuyoshi Nagasawa,Soichi Kanbe,Takeru Kimura,Susumu Sato,Hidenori Kosaka","The Effect of In-Cylinder Water Injection Direction on Combustion Characteristics in Lean-Burn SI Engine",,"自動車技術会論文集",,"Vol. 51","No. 5","pp. 747-753",2020,Aug.
"Tsuyoshi Nagasawa,Takeru Kimura,Soichi Kanbe,Yuichi Okura,Susumu Sato,Hidenori Kosaka","The Effect of Excess Air Ratio and In-Cylinder Water Injection on Wall Heat Transfer in SI Engine",,"自動車技術会論文集",,"Vol. 51","No. 5","pp. 739-746",2020,Aug.
"Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","スーパーリーンバーンと筒内水噴射の融合が示した超高熱効率ガソリンエンジンの可能性",,"JSAE Engine Review",,"Vol. 10","No. 4",,2020,June
"Tsuyoshi Nagasawa,Takeru Kimura,Soichi Kanbe,Susumu Sato,Hidenori Kosaka","The Effect of Excess Air Ratio and Engine Load on Wall Heat Transfer Characteristics in SI Engine","SAE WCX Digital Summit",,,,,,2020,June
"Dittapoom Shinabuth,Tsuyoshi Nagasawa,Susumu Sato,Hidenori Kosaka","Study on Effect of Nozzle Hole Length to Diameter Ratio on Near-Field Diesel Spray Characteristics at High Density Conditions","公益社団法人自動車技術会2020年春季大会","2020年春季大会学術講演会講演予稿集",,,,,2020,May
"Tsuyoshi Nagasawa,Soichi Kanbe,Takeru Kimura,Susumu Sato,Hidenori Kosaka","希薄燃焼SIエンジンにおける筒内水噴射位置が燃焼特性に与える影響","公益社団法人自動車技術会2020年春季大会","2020年春季大会学術講演会講演予稿集",,,,,2020,May
"Susumu Sato,Seiya Abe,Ryo Himeno,Tsuyoshi Nagasawa,Hidenori Kosaka,Kotaro Tanaka,Takeshi Tange","Real-World Emission Analysis Methods Using Sensor-Based Emission Measurement System",,"SAE Technical Papers",,,,,2020,Apr.
"Tsuyoshi Nagasawa,Yuichi Okura,Ryota Yamada,Susumu Sato,Hidenori Kosaka,Takeshi Yokomori,Norimasa Iida","Thermal efficiency improvement of super-lean burn spark ignition engine by stratified water insulation on piston top surface",,"International Journal of Engine Research",,"Vol. 22","No. 5","pp. 1421-1439",2020,Apr.
"Pop-Paul Ewphun,Miku Otake,Tsuyoshi Nagasawa,Hidenori Kosaka,Susumu Sato","Investigation on Effect of Offset Orifice Nozzle under Multi Pulse Ultrahigh Pressure Injection and PPC Combustion Conditions",,"International Journal of Automotive Engineering",,"Volume 11","No. 1","pp. 1-8",2020,Feb.
"Pop-Paul Ewphun,Miku Otake,Tsuyoshi Nagasawa,Hidenori Kosaka,Susumu Sato","Combustion Characteristic of Offset Orifice Nozzle Under Multi Pulse Ultrahigh Pressure Injection and PCCI Combustion Conditions","Small Engine Technology Conference","SAE International Journal of Advances and Current Practices in Mobility",,"Vol. 2","No. 2","pp. 1002-1012",2020,Jan.