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physics.flu-dyn2023
Investigation on the Compressibility Characteristics of Low Mach Number Laminar Flow in Rotating Channel
Junxin Che, Ruquan You, Wenbin Chen +1
In high-speed rotating channels, significant compressive effects are observed, resulting in distinct flow characteristics compared to incompressible flows. In this study, we employ…
physics.flu-dyn2023
High-order Discontinuity Detection Physics-Informed Neural Network
Ruquan You, Shuming Zhang, Tinglin Kong +1
In order to solve the problem of the difficult direct measurement of temperature field in fluid machinery under high-speed compressible conditions, this study combines high-order f…
physics.flu-dyn2023
Study of the Effect of a Novel Dimensionless Parameter -- the Centrifugal Work Number(CW), on Spanwise Rotating channel Low-speed Compressible Flow
Junxin Che, Ruquan You, Fei Zeng +3
In the study of rotating channel flow, the key dimensionless parameters typically include the Reynolds number, rotation number, Prandtl number and buoyancy number. Our research foc…