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Wave Profiler Articles & Analysis
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While SCPT has been applied around the world for decades, recent years have seen a dramatic increase in the use of this soil investigation technique. Whether to provide input for the design of monopiles for offshore wind farms or the tracks for high-speed trains, or to assess the potential impact of seismic activity in areas where that kind of activity is a relatively new ...
In practical applications, ColchisFM allows for the rapid digitalization of velocity profiles or P-wave impedance profiles (or direct data volume import) and supports model perturbation, such as adding geological bodies. ...
Radar level sensors are helpful for measuring wave profiles surrounding marine vessels, providing essential data for optimizing trim and improving the fuel efficiency of boats and ships. ...
Introduction Cone selection is often not given much thought when selecting equipment for a Cone Penetration Testing (CPT) job. It is, however, quite important to consider the soil type that will be encountered as well as the investigation aims of the project. The CPT cone used can have huge impacts on the resulting data quality and applicability and should therefore be carefully considered. This ...
Three metal garden beds were designed with two opposed sides in matching profiles of waves; two of which were placed beside the entrance of the building while the third was placed in the foyer. The beds were to be filled with soil in the shape of the wave profile and covered with grass; in a large number of places the soil would ...
Three metal garden beds were designed with two opposed sides in matching profiles of waves; two of which were placed beside the entrance of the building while the third was placed in the foyer. The beds were to be filled with soil in the shape of the wave profile and covered with grass; in a large number of places the soil would ...
“It’s been exposed to waves up to 19 metres, and winds up to 40 metres per second; a strong hurricane for Norway. It lies there very stable and moves up and down with the wave,” Ulla relates. Several innovations contribute to Hywind's stability. At just 12 to 14 metres diameter, its slim profile reduces reaction to the ...
Hydrologic models often do not take the variation of slope along the flow paths, i.e. profile curvature, directly into account. In this study, using a kinematic wave-based model, the effect of profile curvature on the travel time in parallel hillslopes is investigated. Also, the profiles associated with minima travel times are ...
With the ReMi results it was possible to calculate a well-resolved shear wave velocity profile to a depth 100 ft below land surface. The results show significant increases in shear wave velocity at depths of 20, 44 and 83 ft. The calculated average shear wave velocity of the upper 100 ft was 1,811 ft/second. The MASW data ...
With the WaStop installed within the existing outfall there is very little of its profile exposed to lateral wave action, unlike the flap ...
Today’s standard packings consist of a wave-shape profiled sheet, wherein the waves mostly run with an positioning angle of 45° or 60° to the horizontal, see Fig. 1. ...
High-resolution boomer profiles from Tai O Bay, Hong Kong SAR, were ground-truthed using ten discontinuously sampled boreholes penetrating bedrock with a maximum length of 82.1 m. The relationship between depth below seabed and seismic profiles was established through the measurement of two borehole compressional-wave velocity ...
An artificial neural network is proposed as an expeditious alternative to the trial-and-error and least-squares surface wave inversion techniques that are currently available. To use an artificial neural network for surface wave inversion, synthetic dispersion curves are calculated for representative shear wave velocity profiles ...