Kazushi MIYATA, Shuichi UMEZAWA. Calculating the flow rate in pipes using novel equations based on the heater method. Mechanical Engineering Journal. 2024. 11. 2. 23-00402
Sho Fukuda, Kazushi Miyata, Shuichi Umezawa. Effect of porous bodies thickness on evaporation heat transfer by falling film on horizontal tube. Proc. 26th International Congress of Refrigeration (ICR2023). 2023
Kizuku Kurose, Kazushi Miyata. Numerical simulation of density wave oscillation in two parallel mini-channels under constant wall temperature condition. Proc. 26th International Congress of Refrigeration (ICR2023). 2023
Sho FUKUDA, Kazushi MIYATA, Shuichi UMEZAWA. Effect of tube-to-tube distance on falling liquid film evaporation heat transfer. Proc. International Conference on Power Engineering 2023 (ICOPE2023). 2023
Shuichi UMEZAWA, Kazushi MIYATA, Shuichi OHMORI. Study on flow rate calculation equation for the heater method. Proc. International Conference on Power Engineering 2023 (ICOPE2023). 2023
Shota OUCHI, Kizuku KUROSE, Kazushi MIYATA. Characteristic of transition between oscillating and pulsating-circulating flows for pulsating heat pipes. Proceedings of Nineteenth International Conference on Flow Dynamics (ICFD2022). 2022
Kizuku Kurose, Shota Ouchi, Kazushi Miyata. Development of simulation model for flow behavior in pulsating heat pipes. Extended abstract of Second Asian Conference on Thermal Science (2nd ACTS). 2021
Numerical simulation of oscillating flow and heat transfer characteristics in parallel two mini-channels evaporator
(ICBCHT11: 11th International Conference On Boiling & Condensation Heat Transfer)