In recent years, observations of the atmospheric surface layer have greatly promoted
research on high-Reynolds-number wall-bounded turbulence, especially observations of …

A number of recent studies have demonstrated the existence of so-called large-and very-
large-scale motions (LSM, VLSM) that occur in the logarithmic region of inertia-dominated …

高雷诺数壁湍流(high Reynolds number wall-bounded turbulence, HRNWT)
是目前湍流科学研究的一个热点也是一个难点, 对其现象, 规律及机制的认知不足 …

Wall-bounded turbulent flows over surfaces with spanwise heterogeneous surface
roughness–that is, spanwise-adjacent patches of relatively high and low roughness–exhibit …

Field observations were performed to explore the variation of large-scale structure
inclination angles in the high Reynolds number atmospheric surface layer (ASL). The high …

While the increasing availability of computational power is enabling finer grid resolutions in
numerical-weather-prediction models, representing land–atmosphere exchange processes …

The lattice Boltzmann method (LBM) sees a growing popularity in the field of atmospheric
sciences and wind energy, largely due to its excellent computational performance. Still, LBM …

Dust particles can remain suspended in the atmospheric boundary layer, motions of which
are primarily determined by turbulent diffusion and gravitational settling. Little is known …

The spatial relationship between turbulent and particle concentration structures is
investigated based on the turbulent velocity and particle concentration data obtained …

Aerospace vehicles flying at supersonic and hypersonic speeds are subject to increased
wall heating rates caused by viscous friction with the gas environment. This extra heat is …