Figure 1 from Ocean Wind Observation Based on the Mean Square Slope ...
Figure 1 . Experiment sketch. The total length of the flume is 300 m. The figure shows only the part until the wavemaker, and the slope in the figure is schematic, not isometric. The capacitive wave gauge is mounted on the sidewall, which records the water level at 25 Hz. The length of the rope for anchoring the miniature wave buoy is 1.5 times the water depth. - " Ocean Wind Observation Based ...
The ratio of from publication: Ocean Wind Observation Based on the Mean Square Slope Using a Self-Developed Miniature Wave Buoy | Real-time, continuous, and long-term marine monitoring data ...
Ocean Wind Observation Based on the Mean Square Slope Using a Self ...
Real-time, continuous, and long-term marine monitoring data benefits ocean research. This study developed a low-cost, multi-parameter, miniature wave buoy. High spatial and temporal resolution of sea surface parameters, including wind , waves, and current, can be obtained at low cost through the deployment of numerous buoys, thus forming an observation array. Tested in the laboratory water tank ...
Section 4 introduces the field observations , presents the construction of the empirical regressions between the wind speed and the MSS, and proposes a method with which to obtain the wind direction based on the two-dimensional distribution function of sea surface slope components.
Ocean Wind Observation Based on the Mean Square Slope Using a Self ...
The spectral tail slope steepened with increasing wind speed at low wind speeds (<7 m/s). A technical flow chart of the miniature wave buoy is proposed to observe the sea surface parameters.
For frequencies between 0.1 and 1.0 Hz, the measurement of slope spectrum was almost identical to that of the wave gauge. The buoy underestimated the slope spectrum between 1.0-1.56 Hz. A good relationship (r 2 = 0.75) was obtained between wind speed at 10 m above sea surface (U10) and the low-pass-filtered mean square slope (LPMSS).
Ocean Wind Observation Based on the Mean Square Slope Using a Self ...
For frequencies between 0.1 and 1.0 Hz, the measurement of slope spectrum was almost identical to that of the wave gauge. The buoy underestimated the slope spectrum between 1.0-1.56 Hz. A good relationship (r 2 = 0.75) was obtained between wind speed at 10 m above sea surface (U10) and the low-pass-filtered mean square slope (LPMSS).
All authors have read and agreed to the published version of the manuscript. from publication: Ocean Wind Observation Based on the Mean Square Slope Using a Self-Developed Miniature Wave Buoy ...
Key Details About Figure 1 From Ocean Wind Observation Based On The Mean Square Slope
Zhong Y-Z, Chien H, Chang H-M, Cheng H-Y. Ocean Wind Observation Based on the Mean Square Slope Using a Self-Developed Miniature Wave Buoy. Sensors. 2022; 22 (19):7210. https://doi.org/10.3390/s22197210
