TANIGUCHI Tomohiro, YAMASHITA Satoshi, YAMAGUCHI Ryu, HONG Chungpyo, ASAKO Yutaka .  Mach number correlation for microchannel gas flow considering temperature decrease .  The Proceedings of Conference of Kyushu Branch2021.74 ( 0 ) A16   2021

D. Kang, C. Hong, D. Rehman, G. L. Morini, Y. Asako, M. Faghri .  Average Friction Factors of Choked Gas Flow in Microtubes .  Journal of Physics: Conference Series1599 ( 1 ) 1 - 9   2020.9Reviewed International coauthorship

R. Kashiwagi, C. Hong, Y. Asako, G. L. Morini, M. Faghri .  Identification of Gas Flow Regimes in Adiabatic Microtubes by means of Wall Temperature Measurements .  Journal of Physics: Conference Series1599 ( 1 ) 1 - 8   2020.9Reviewed International coauthorship

C. Hong, T. Shigeishi, Y. Asako, M. Faghri .  Experimental investigations of local friction factors of laminar and turbulent gas flows in smooth micro-tubes .  International Journal of Heat and Mass Transfer158   1 - 9   2020.9Reviewed International coauthorship

C. Hong, Y. Asako, M. Faghri, D. Rehman, G. L. Morini .  Experiments on measurement of heat transfer rate of gas flow through microchannel with constant wall temperature .  Journal of Advanced Research in Fluid Mechanics and Thermal Sciences70 ( 1 ) 28 - 36   2020.6Reviewed International coauthorship

Chungpyo Hong, Yutaka Asako, Mohammad Faghri, Gian Luca Morini .  Average Friction Factor for Laminar Gas Flow in Microtubes .  CFD Letters12 ( 3 ) 22 - 30   2020.3Reviewed

C. Hong, Y. Asako, M. Faghri, D. Rehman, G. L. Morini .  Experiments on Measurement of Heat Transfer Rate Of Gas Flow Through Microchannel With Constant Wall Temperature .  Proceedings of the 4th International Symposium on Fluid Mechanics and Thermal Sciences   2019.12Experiments on Measurement of Heat Transfer Rate Of Gas Flow Through Microchannel With Constant Wall TemperatureReviewed

W. Smith, N. Rahmani, A. Charbaji, N. Lemos, C. Anagnostopoulos, M. Faghri, C. Hong .  A Fluidically Controlled BI-Material Actuator For Automation Of Paper-Based Assays .  Proceedings of the International Symposium on Thermal Effects in Gas flows In Microscale   2019.10A Fluidically Controlled BI-Material Actuator For Automation Of Paper-Based AssaysReviewed

R. Yamaguchi, C. Hong, Y. Asako, G. L. Morini .  Effects of flow transition on heat transfer of gas flow in micro-tube with constant wall temperature .  Proceedings of the International Symposium on Thermal Effects in Gas flows In Microscale   2019.10Effects of flow transition on heat transfer of gas flow in micro-tube with constant wall temperatureReviewed

K. Nishimura, C. Hong, Y. Asako, D. Rehman, G. L. Morini .  Flow characteristics of choked gas flow through adiabatic microtubes .  Proceedings of the International Symposium on Thermal Effects in Gas flows In Microscale   2019.10Flow characteristics of choked gas flow through adiabatic microtubesReviewed

S. Ueda, C. Hong, Y. Asako, D. Rehman, G. L. Morini .  Effect of surface roughness on friction factors of gas flow through micro-tubes .  Proceedings of the International Symposium on Thermal Effects in Gas flows In Microscale   2019.10Effect of surface roughness on friction factors of gas flow through micro-tubesReviewed

M. Shimomura, R. Kashiwagi, C. Hong, Y. Asako, G. L. Morini .  Wall temperature distributions of gaseous flows in micro-tubes with constant heat flux .  Proceedings of the International Symposium on Thermal Effects in Gas flows In Microscale   2019.10Wall temperature distributions of gaseous flows in micro-tubes with constant heat fluxReviewed

D. Rehman, M. Cavazzuti, C. Hong, G. L. Morini .  Friction factor evaluation of compressible microflows using 1D Fanno flow based numerical model .  Proceedings of the International Symposium on Thermal Effects in Gas flows In Microscale   2019.10Friction factor evaluation of compressible microflows using 1D Fanno flow based numerical modelReviewed

D. Rehman, F. Vignati, C. Hong, G. L. Morini .  Laminar to turbulent flow transition in a rectangular duct with 1:10 aspect ration evaluated using DNS Rans Transitional turbulence model .  Proceedings of the International Symposium on Thermal Effects in Gas flows In Microscale   2019.10 Laminar to turbulent flow transition in a rectangular duct with 1:10 aspect ration evaluated using DNS Rans Transitional turbulence modelReviewed

C. Hong, Y. Asako, M. Faghri, G. L. Morini .  Average Friction Factor Between Inlet and Outlet For Laminar Flow Of Gas In Microchannels .  Proceedings of the 3th International Symposium on Fluid Mechanics and Thermal Sciences   2019.9Average Friction Factor Between Inlet and Outlet For Laminar Flow Of Gas In MicrochannelsReviewed

D. Kang, C. Hong, D. Rehman, G. L. Morini, Y. Asako, M. Faghri .  Average Friction Factors of choked gas flow in Microtubes .  Proceedings of the 37th UIT Heat Transfer Conference   2019.6Average Friction Factors of choked gas flow in MicrotubesReviewed

R. Kashiwagi, C. Hong, Y. Asako, G. L. Morini, M. Faghri .  Identification of Gas Flow Regimes in Adiabatic Microtubes by means of Wall Temperature Measurements .  Proceedings of the 37th UIT Heat Transfer Conference   2019.6Identification of Gas Flow Regimes in Adiabatic Microtubes by means of Wall Temperature MeasurementsReviewed

Kenshi Maeda, Chungpyo Hong, Yutaka Asako .  Flow Characteristics of Transition Region Between Laminar and Turbulent Gas Flows Through Micro-Tubes .  Journal of Advanced Research in Fluid Mechanics and Thermal Sciences56 ( 1 ) 10 - 19   2019.5Flow Characteristics of Transition Region Between Laminar and Turbulent Gas Flows Through Micro-TubesReviewed

Maeda K. .  Flow characteristics of transition region between laminar and turbulent gas flows through micro-tubes .  Journal of Advanced Research in Fluid Mechanics and Thermal Sciences56 ( 1 ) 10 - 19   2019.4

Hong C. .  Data reduction of average friction factor of gas flow through adiabatic micro-channels .  International Journal of Heat and Mass Transfer129   427 - 431   2019.2

Asako Y. .  On temperature jump condition for turbulent slip flow in a quasi-fully developed region of micro-channel with constant wall temperature .  International Journal of Thermal Sciences136   467 - 472   2019.2

Rehman D. .  A comparison of data reduction methods for average friction factor calculation of adiabatic gas flows in microchannels .  Micromachines10 ( 3 )   2019

Asako Y. .  Notes on factitious shear work of slip flow in a channel .  International Journal of Heat and Mass Transfer127   444 - 447   2018.12

SHIGEISHI Takayuki, HONG Chungpyo, ASAKO Yutaka, KATANODA Hiroshi .  An Estimation in the Recovery factor of Micro Gas Flow by Measuring the Adiabatic Wall Temperature .  The Proceedings of Conference of Kyushu Branch2018 ( 0 )   2018

Yutaka Asako, Chungpyo Hong .  On Temperature Jump Condition for Slip Flow in a Microchannel With Constant Wall Temperature .  Journal of Heat Transfer139 ( 7 ) 072402-1 - 072402-7   2017.4Reviewed

Shigeishi T. .  Experimental investigations on friction factors of gaseous flow through a micro-tube with smooth surface .  ASME International Mechanical Engineering Congress and Exposition, Proceedings (IMECE)8   2017

Maeda K. .  Semi local friction factor of gas flow through a micro-tube .  ASME International Mechanical Engineering Congress and Exposition, Proceedings (IMECE)8   2017

Sakashita T. .  Total temperature measurement of gas at microtube outlet .  ASME International Mechanical Engineering Congress and Exposition, Proceedings (IMECE)8   2017

D Kawashima, T Yamada, C Hong and Y Asako .  Mach number at outlet plane of a straight micro-tube .  Journal of Mechanical Engineering Science230 ( 19 ) 3420 - 3430   2016.11Mach number at outlet plane of a straight micro-tubeReviewed

C. Hong, T. Nakamura, Y. Asako, I. Ueno .  Semi-local friction factor of turbulent gas flow through rectangular microchannels .  International Journal of Heat and Mass Transfer   2016.4Semi-local friction factor of turbulent gas flow through rectangular microchannelsReviewed

C. Hong, Y. Yoshida, S. Matsushita, I. Ueno, Y. Asako .  Supersonic micro-jet of straight micro-tube exit .  Bulletin of the JSME Journal of Thermal Science and Technology10 ( 2 ) 1 - 9   2015.12Supersonic micro-jet of straight micro-tube exitReviewed

Y. Yang, C Hong, G.L. Morini, Y. Asako .  Experimental and numerical investigation of forced convection of subsonic gas flows in microtubes .  International Journal of Heat and Mass Transfer78   732 - 740   2014.11Experimental and numerical investigation of forced convection of subsonic gas flows in microtubesReviewed

Y. Yang, C. Hong, G.L. Morini .  Micro Convective Heat Transfer of Gas Flow Subject to H and T Boundary Conditions .  International Journal of Micro-Nano Scale Transport5 ( 3 )   2014.9Micro Convective Heat Transfer of Gas Flow Subject to H and T Boundary ConditionsReviewed

C. Hong, Y. Asako, I. Ueno, M. Motosuke .  Total Temperature Measurement of Laminar Gas Flow at Micro-tube Outlet: Cooled from the Wall .  Heat Transfer Engineering35 ( 2 ) 142 - 149   2014.1Total Temperature Measurement of Laminar Gas Flow at Micro-tube Outlet: Cooled from the WallReviewed

D. Limsukhawat, Y. Dekio, K. Ikebukuro, C. Hong, I. Ueno .  Flow patterns induced by thermocapillary effect in a thin free liquid film of a high Prandtl number fluid .  Progress in Computational Fluid Dynamics, An Int. J.13 ( 42067 ) 132 - 140   2013.3Flow patterns induced by thermocapillary effect in a thin free liquid film of a high Prandtl number fluidReviewed

Shota Hashimoto, Chungpyo Hong, Ichiro Ueno .  Transient Growth Process of Precursor Film at Early Stage of Droplet Spreading .  Journal of Thermal Science and Technology7 ( 3 ) 487 - 496   2012.7Transient Growth Process of Precursor Film at Early Stage of Droplet SpreadingReviewed

Chungpyo Hong, Toru Yamada, Yutaka Asako, Mohammad Faghri .  Experimental investigations of laminar, transitional and turbulent gas flow in microchannels .  International Journal of Heat and Mass Transfer・ELSEVIER55   4397 - 4403   2012.7Experimental investigations of laminar, transitional and turbulent gas flow in microchannelsReviewed

Chungpyo Hong, Yutaka Asako, Koichi Suzuki, Mohammad Faghri .  Friction Factor Correlations for Compressible Gaseous Flow In Concentric Micro Annular Tube .  Numerical Heat Transfer Part A・Taylor & Francis 61 ( 3 ) 163 - 179   2012.2Friction Factor Correlations for Compressible Gaseous Flow In Concentric Micro Annular TubeReviewed

Chungpyo Hong, Takaharu Yamamoto, Yutaka Asako, Koichi Suzuki .  Heat Transfer Characteristics of Compressible Laminar Flow Through Microtubes .  Journal of Heat Transfer・ASME134 ( 1 ) 011602(1) - 011602(8)   2012.1Heat Transfer Characteristics of Compressible Laminar Flow Through MicrotubesReviewed

C. Hong, Y. Asako, I. Ueno, K. Suzuki .  Estimation of Flow Characteristics in Micro-geometries .  International Journal of Microscale and Nanoscale Thermal and Fluid Transport Phenomena3   61 - 75   2012.1Estimation of Flow Characteristics in Micro-geometriesReviewed

Chungpyo Hong, Yutaka Asako, Ichiro Ueno, Koichi Suzuki .  Estimation of Flow Characteristics in Micro-geometries .  International Journal of Microscale and Nanoscale Thermal and Fluid Transport Phenomena3   61 - 75   2012Estimation of Flow Characteristics in Micro-geometriesReviewed

Kohei Koyama, Chungpyo Hong, Yutaka Asako .  Effect of Partition Wall on Heat Transfer Characteristics of a Gas-to-Gas Counterflow Microchannel Heat Exchanger .  Heat Transfer Engineering33 ( 6 ) 533 - 547   2011.12Effect of Partition Wall on Heat Transfer Characteristics of a Gas-to-Gas Counterflow Microchannel Heat ExchangerReviewed

藤原 嵩，福原 稔，片野田 洋，洪 定杓   水力輸送特性に及ぼす排砂促進板近傍の粉体流れの可視化（設置深さの影響）  

第44回可視化情報シンポジウム   可視化情報学会

福田照，片野田洋，福原稔，洪定杓   コールドスプレーノズルにおける貯気温度低下のメカニズム  

日本機械学会九州支部第69期総会・講演会 

福田雅樹，片野田洋，福原稔，洪定杓   超小型人工衛星KAT2号機の熱設計についての事後検証  

日本機械学会九州支部第69期総会・講演会 

Effect of Surface Roughness on Friction Factor of Gas Flow in Micro-tubes  

Semi-local Friction Factors of Gaseous Flow through Glass Micro-tube  

福田雅樹，片野田洋，福原稔，洪定杓   超小型人工衛星KSAT2号機のバッテリ温度に関する事後検証  

第59回宇宙科学技術連合講演会 

Semi-local Friction Factors of Gas Flow Through Rib-patterned Microchannels  

Total Temperature Measurement of Gas Flow in Micro-tube with Porous Medium  

Effect of Surface roughness on Gaseous Flows through Micro-tubes