Accurate estimation of the static and dynamic wind loads on heliostats based on detailed
measurement and characterisation of turbulence is crucial to avoid structural failure and …

Particle effects on the amplitude modulation are investigated in this study based on
observational data with various mass loading acquired from long-term measurements of …

This paper investigates similarity effects of atmospheric boundary layer (ABL) turbulence in
full-scale field measurements and wind tunnel experiments on the aerodynamic wind loads …

As wind turbines become larger, the fluctuations in the inflow become increasingly influential
in the turbine structural loading. These fluctuations are characterized by the integral length …

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

This paper investigated the influence of the turbulent wind fluctuations in the lowest 10 m of
the atmospheric boundary layer (ABL), depending on the surface roughness of the terrain …

Representing land-atmosphere exchange processes as lower boundary conditions remains
a challenge in numerical weather predictions. One important reason is the lack of …

In this paper, we present a newly developed mesoscale nesting interface for the PALM
model system 6.0, which enables PALM to simulate the atmospheric boundary layer under …

Direct measurements of profiles of atmospheric properties near the ocean surface and within
the marine atmospheric surface layer often contain a large degree of variability. The …

The wall-attached structure characteristics of flow and dust concentration fields are
investigated in this study based on high-Reynolds-number () synchronous multiphase …