Developing a detailed understanding of the shallow geology (seabed and overburden) is essential for a proper and safe assessment of site conditions for all types of fixed marine installations and infrastructure. Modern survey approaches commonly make extensive use of geophysical methods and integration with other data sets including geotechnical and geomechanical to provide this information.
Topics
Advances and Challenges in Geophysical Data Collection and Processing Techniques - including shallow imaging, novel seismic technologies, innovations for engineering purposes
Non-seismic Methods - (CS)EM, gravity, magnetic (including UXO smart tools), resistivity, and integration
Environmental Applications - including decommissioning and clean-up, leakage, injection, and deep-sea mining
Seismic Interpretation and Integration - including the interpretation of geohazards, integration of geology, geophysics, geotechnics and geomechanics (ground modelling), seismic anomalies
Quantitative Methods - including geophysics to rock physical models at low-stresses, static vs. dynamic properties; inversion, and attenuation
Monitoring and Overburden Integrity - including pore pressure prediction, results from time-lapse surveys, subsidence, fluid migration phenomena, leakage and drilling hazard analysis
09月04日
2016
09月08日
2016
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