报告清单

[189]GiftBTE: An Efficient and Parameter-Free Simulation Tool for Micro/Nanoscale Heat Conduction

Hua Bao Shanghai Jiao Tong University, China

S2 /S2-1 2025年10月11日 08:30~08:50

仅限参会人特邀报告

[188]Treatment of natural gas with varying CO2 concentration using supersonic flows

Jiang Bian Yangtze University, China

S1 /S1 2025年10月10日 16:10~16:30

仅限参会人特邀报告

[187]Membrane-Based Technologies for Post-Combustion CO2 Capture from Flue Gases: Research on CO₂ Separation Membrane Materials and Processes

Zhuo Li Tongji University, China

S1 /S1 2025年10月10日 14:20~14:40

仅限参会人特邀报告

[186]Application of Reaction Solute Transport Simulation in CO2 Enhanced Oil Recovery

Ting Hu China University of Petroleum, China

S1 /S1 2025年10月10日 14:00~14:20

仅限参会人特邀报告

[185]Modeling Liquid-Vapor Phase Change Heat Transfer: From Nanoscale to Macroscale

Shuai Gong Shanghai Jiao Tong University, China

S4 /S4-2 2025年10月12日 10:10~10:30

仅限参会人特邀报告

[184]Mesoscopic modeling of liquid-vapor phase change phenomena: from single droplet to complex materials

Linlin Fei Xi'an Jiaotong University, China

S4 /S4-2 2025年10月12日 08:20~08:40

仅限参会人特邀报告

[182]Modeling and Computation of Multiscale Transport: From Rarefied Flow to Turbulence

Kun Xu Hong Kong University of Science and Technology, China

P /P 2025年10月10日 10:30~11:15

仅限参会人全体报告

[181]Optimization of Combustor Geometry for Outlet Temperature Uniformity in a Micro Jet Engine

Patryk Golab Korea Advanced Institute of Science and Technology (KAIST), South Korea

S1 /S1 2025年10月10日 15:10~15:25

仅限参会人口头报告

[180]Physics Informed Neural Networks for Nanofluid Flow and Heat Transfer with Dynamic Inverse Parameters

Yan Su University of Macau, China

S2 /S2-1 2025年10月11日 08:00~08:30

仅限参会人主旨报告

[179]Investigation on the major factors affecting heat transfer and surface temperature distribution in micro combustor for micro-TPV applications

Wenming Yang National University of Singapore, Singapore

S2 /S2-2 2025年10月11日 13:30~14:00

仅限参会人主旨报告

第十届亚洲计算传热与流体流动会议 ( ASCHT2025)

The 10th Asian Symposium on Computational Heat Transfer and Fluid Flow

[189]GiftBTE: An Efficient and Parameter-Free Simulation Tool for Micro/Nanoscale Heat Conduction

[188]Treatment of natural gas with varying CO2 concentration using supersonic flows

[187]Membrane-Based Technologies for Post-Combustion CO2 Capture from Flue Gases: Research on CO₂ Separation Membrane Materials and Processes

[186]Application of Reaction Solute Transport Simulation in CO2 Enhanced Oil Recovery

[185]Modeling Liquid-Vapor Phase Change Heat Transfer: From Nanoscale to Macroscale

[184]Mesoscopic modeling of liquid-vapor phase change phenomena: from single droplet to complex materials

[182]Modeling and Computation of Multiscale Transport: From Rarefied Flow to Turbulence

[181]Optimization of Combustor Geometry for Outlet Temperature Uniformity in a Micro Jet Engine

[180]Physics Informed Neural Networks for Nanofluid Flow and Heat Transfer with Dynamic Inverse Parameters

[179]Investigation on the major factors affecting heat transfer and surface temperature distribution in micro combustor for micro-TPV applications

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