Sentence examples for snow deposition from inspiring English sources
In these landscapes, snow, wind, topography, and vegetation interact to produce a pattern of snow deposition where wind-driven snow is eroded from exposed areas and deposited on the lee sides of hills, trees, rocks, and other obstructions.
Important reductions in wind loading and snow deposition can be obtained by elevating the building and reducing the windward cantilever.
Wet snow deposition on power transmission lines can cause overloads exceeding mechanical endurance of even new, well-designed lines.
Based on Euler-Euler method in multi-phase flow theory, this numerical model adopt Mixture model by employing commercial computational fluid dynamics (CFD) software FLUENT, combined with the snow deposition and erosion model, the snow distribution can be obtained.
Numerous studies have demonstrated that the accurate simulation of the Alpine snow cover is difficult due to the manifold interactions of preferential snow deposition, wind induced snow transport, and snow slides.
From shallow ice radar, ice core, and ice surface velocity measurements; satellite observations; and regional climate models, the group showed that snow deposition downslope is a small fraction of the mass loss by ablation, so most of the mass lost to ablation must be transported downwind as water vapor, an important result for estimating ice mass balance in Antarctica.
Sulfur and nitrogen oxides are precipitated in rain, snow, and dry deposition (deposition to the surface during dry weather).
At 4,000 m ASL, the UFG ice-coring site is subject to wind erosion of previously deposited snow and the corresponding deposition mass.
Parametric testing shows that the positioning of the main building on the ridge has a significant impact on wind loading and snow erosion and deposition.
Wind tunnel modeling using sand erosion technique allowed efficient evaluation of the snow erosion and deposition around different building-block shapes during the conceptual design phase.
They are often arranged in continuous or segmented pattern along the lines where serious snow or sand deposition occurs, following a principle that line and wind direction are orthogonal to prevent disasters [16, 17].
