2025 Experimental demonstration of a liquid piston Stirling engine with a wet regenerator

     Fumiya Takemura, Mariko Senga, Shinya Hasegawa
      Applied Thermal Engineering,Volume 258,Part C,124660(2025).

 2024 Verification of acoustic streaming measurement accuracy via particle image velocimetry considering the interrogation window aspect ratio

     Hiroki Yanai, Kazuto Kuzuu, Shinya Hasegawa
      J. Acoust. Soc. Am. 155, 2371–2384 (2024).

 2024 Numerical calculation of a heat-driven thermoacoustic cooler with multiple pair of the cooler and engine cores
      (Study on cores where the cold side of the cooler and the ambient side of the engine are adjacent)

     Mariko Senga, Shinya Hasegawa
     Journal of Fluid Science and Technology , Vol. 19, No.2, JFST0019, Paper No.23-00466 (2024).

 2023 数値計算を用いた熱音響機関とリニア発電機の高効率接続手法

     千賀麻利子,長谷川真也
     日本AEM学会誌 Vol. 31, No.4 (2023).

 2020 Acoustic Connection between Thermoacoustic Engine and Impulse Turbine

     Md. Suruz Mian, Fumiya Takemura, Kazuto Kuzuu, Shinya Hasegawa
     Journal of Applied Physics, 128, 214901, (2020).

 2020 Numerical investigation of a thermoacoustic engine core via heat transfer calculations coupled with acoustic field analyses

     Kazuto Kuzuu, Shinya Hasegawa
     Applied Thermal Engineering, Vol.183, Part2, pp.116223-1-18, (2021)

 2020 Energy conversion of thermoacoustic engines with evaporation and condensation

     Mariko Senga, Shinya Hasegawa
     International Journal of Heat and Mass Transfer, Vol.165, Part B, pp.120385-1-8, (2021)

 2017 熱音響機関のためのコアレスリニア発電機の設計およびシミュレーションによる評価

     木村 英樹, 佐川 耕平, 長谷川 真也
     太陽エネルギー, 43巻6号, pp.27-34, 2017年.

 2017 Effect of non-linear flow behavior on heat transfer in a thermoacoustic engine core

     Kazuto Kuzuu, Shinya Hasegawa
     International Journal of Heat and Mass Transfer, Vol.108 PartB, pp.1591-1601,(2017).

 2017 Traveling-wave thermoacoustic refrigerator driven by a multistage traveling-wave thermoacoustic engine

     Esmatullah Maiwand Sharify, Shinya Hasegawa
     Applied Thermal Engineering , Vol.113,pp.791-795,(2017).

 2017 Numerical investigation of heated gas flow in a thermoacoustic device

     Kazuto Kuzuu, Shinya Hasegawa
     Applied Thermal Engineering , Vol. 110, 5 ,pp. 1283-1293(2017).

 2016 Development of a CFD model for simulation of a traveling-wave thermoacoustic engine using an impedance matching boundary condition

     Esmatullah Maiwand Sharify, Shun Takahashi, Shinya Hasegawa
     Applied Thermal Engineering , Vol. 107, pp. 1026-1035(2016).

 2016 Design and experimental verification of a cascade traveling-wave thermoacoustic amplifier

     Mariko Senga, Shinya Hasegawa
     Journal of Applied Physics, 119, 204906 (2016).

 2016 Four-stage loop-type cascade traveling-wave thermoacoustic engine

     Mariko Senga, Shinya Hasegawa
     Applied Thermal Engineering, Vol. 104, 5 ,pp. 258-262(2016).

 2016 Thermal diffusion effect of a regenerator with complex flow channels

     Shinya Hasegawa, Yutaro Ashigaki, Mariko Senga
     Applied Thermal Engineering , Vol. 104, 5 ,pp. 237-242(2016).

 2015 蓄熱器前後のテーパ角度が進行波型熱音響機関の熱効率に及ぼす影響

     千賀麻利子,加瀬竜樹,長谷川真也
     日本冷凍空調学会論文集, Vol.32, No.4, pp. 469-475, (2015).

 2015 Reconstruction of an acoustic pressure field in a resonance tube by particle image velocimetry

     Kazuto Kuzuu, Shinya Hasegawa
     Journal of the Acoustical Society of America , Vol. 138, 5 ,pp. 3160-3168(2015).

 2015 Experimental verification of heat transport by acoustic wave

     Shinya Hasegawa, Keisuke Kondo, Yasuo Oshinoya
     Applied Thermal Engineering , Vol. 78, 5 ,pp. 551-555(2015).

 2013 A thermoacoustic refrigerator driven by a low temperature differential, high efficiency multistage thermoacoustic engine

     Shinya Hasegawa, Tsuyoshi Yamaguchi, Yasuo Oshinoya
     Applied Thermal Engineering, Vol.58, pp.394-399 (2013).

 2012 商用車向廃熱回生用熱音響スターリングエンジンの研究

     阿部誠,窄智久,山本康,長谷川真也, 琵琶哲志
     自動車技術会論文集,Vol.43,No.6,pp.1245-1250 (2012).

 2012 管内全域を進行波とした高効率多段熱音響エンジンの研究

     長谷川真也,山口剛史,押野谷康雄
     低温工学,Vol. 47, No.1 , pp. 11-15 (2012)