Steady-state waves at class II Bragg resonance
D Xu, H Zhao, Y Song, H Zhang - Physics of Fluids, 2023 - pubs.aip.org
This paper examines class II Bragg resonance in the interaction between surface gravity
waves and bottom ripples and derives the corresponding steady-state wave system based …
waves and bottom ripples and derives the corresponding steady-state wave system based …
A laboratory study of class III Bragg resonance of gravity surface waves by periodic beds
When moderately steep waves travel over a periodic rippled bed, class III Bragg resonance
may occur due to the third-order quartet wave-bottom interaction among one bottom and …
may occur due to the third-order quartet wave-bottom interaction among one bottom and …
Numerical simulation of violent breaking wave impacts on a moored offshore wind turbine foundation over nonuniform topography
Y Cheng, C Ji - Physics of Fluids, 2020 - pubs.aip.org
Breaking wave impact on a moored offshore wind turbine foundation over a variable-depth
seabed is considered in time domain, based on the fully nonlinear potential theory. An …
seabed is considered in time domain, based on the fully nonlinear potential theory. An …
Numerical investigation on the droplet entrainment from gas sheared liquid film of hydroxyl-terminated polybutadiene/paraffin fuels
X Liu, S Hu, Y Wang, L Liu, Y Zhang - Physics of Fluids, 2023 - pubs.aip.org
Hydroxyl-terminated polybutadiene (HTPB)/paraffin fuels applied in hybrid rocket motors
enjoy high regression rates and excellent mechanical properties; however, the special …
enjoy high regression rates and excellent mechanical properties; however, the special …
Influence of Bottom Topography and Planetary β Effect on Vortex Instability
J Song, YY Yang, H Liu - Izvestiya, Atmospheric and Oceanic Physics, 2024 - Springer
The influence of topography and the planetary effect on the linear stability of barotropic
vortex and two-layer baroclinic vortex by considering cylindrical topography and vortex with …
vortex and two-layer baroclinic vortex by considering cylindrical topography and vortex with …
Linear temporal stability analysis on the inviscid sheared convective boundary layer flow
Y Xiao, W Lin, J Ding - Physics of Fluids, 2022 - pubs.aip.org
A linear temporal stability analysis is conducted for inviscid sheared convective boundary
layer flow, in which the sheared instability with stable stratification coexists with and caps …
layer flow, in which the sheared instability with stable stratification coexists with and caps …
[HTML][HTML] An investigation on the disturbance evolution and the transition by resonant-triad interactions with a side-frequency disturbance in a boundary layer
Y Zhang, W Zhou, X Chen - Physics of Fluids, 2020 - pubs.aip.org
In practical engineering problems, there are always side-frequency components whose
frequencies are close to those of the dominant-frequency waves. In this paper, the …
frequencies are close to those of the dominant-frequency waves. In this paper, the …
On the opposing roles of the Boussinesq and non‐Boussinesq baroclinic torques in surface gravity wave propagation
Here we suggest an alternative understanding of the surface gravity wave propagation
mechanism based on the baroclinic torque, which operates to translate the interfacial …
mechanism based on the baroclinic torque, which operates to translate the interfacial …
[PDF][PDF] On the opposing roles of the Boussinesq and non-Boussinesq baroclinic torques in surface gravity wave propagation
R Maor, A Guha - researchgate.net
Here we suggest an alternative understanding of the surface gravity wave propagation
mechanism based on the baroclinic torque, which operates to translate the interfacial …
mechanism based on the baroclinic torque, which operates to translate the interfacial …