Search results
24 sie 2022 · SeisWind® 3D is an evolution of Fugro’s UUHR seismic service that consists of eight solid custom specification digital streamers, with proprietary sources and decimetre accuracy in-sea positioning systems.
24 sie 2022 · The SeisWind 3D system is designed to offer an efficient data acquisition footprint with the highest resolution to enable detailed ground modeling and interpretation of near-surface geology for the safe development of offshore projects, Fugro said.
Surface versus Sub-surface Fault Expression. Seismically active faults are often visible on the Earth’s surface due to their geomorphic expression. These surface expressions can be viewed using aerial (or satellite) photography and/or Light Detection and Ranging (LiDAR) systems.
Fugro uses this type of vessel to determine the exact composition of the soil; the resulting data are essential to establish the optimal location and design of offshore developments, such as wind farms.
24 sie 2022 · LEIDSCHENDAM, Netherlands — Fugro has successfully completed a series of trials and testing configurations for its new SeisWind 3D ultra-ultrahigh-resolution (UUHR) seismic system off the coast of the Netherlands.
These images are provided courtesy of Fugro MCS and the Virtual Seismic Atlas (www.seismicatlas. org), where high-resolution images are available.
8 mar 2021 · We developed and tested a neural network approach to derive predictive (i.e. synthetic) values for CPT parameters– specifically net cone resistance (qn*) – from seismic reflection data. The synthetic parameter values come with a uncertainty bandwidth.
