... of failures, up to 50%, have been observed yet hushed under the rug, due to reputation, company profile, and privacy. In this work, The designed workflow follows 6 acceptance criteria, namely, (1) identification of potential risk factors amongst different exposures, (2) evaluation of the type and magnitude...

... and cementing mud-weight window log analysis completion installation and operations complex reservoir annular pressure drilling drillstem/well testing variation elastic property stress profile mem mud weight breakout offshore technology conference magnitude wellbore design upstream oil & gas...

.... geostatical modeling method buckskin field drilling geomechanics parameter optimization core plug final distribution mexico upstream oil & gas deep-offshore gulf reservoir section geomechanics model reservoir characterization magnitude offshore technology conference dimension geomechanics...

... better-informed decisions on their offshore operations. buoyant joint hydrodynamic behavior slick joint riser component hydrodynamic loading auxiliary line vortex bluff body mux recess coefficient variation loading drilling riser system circular cylinder cylinder magnitude fluid...

... to sustain differential movement along the fault without developing a leak source to contaminate the environment. friction slip velocity internal pressure offshore pipeline kennedy offshore technology conference failure mode analytical approach upstream oil & gas fault movement magnitude...

... extrapolation 1 current speed extrapolation shear gradient extrapolation algorithm current profile adcp profile extrapolation algorithm upstream oil & gas satisfactory result extrapolation 0 magnitude Magnell , B.A. , L.I. Ivanov , 2014 . Signatures of Mid-Water ‘Jets...

... spectrum Offshore environments where squalls are a dominant environmental force introduce a unique challenge for mooring design and analysis. These environments are often characterized by moderate sea conditions with small magnitude wave heights and currents. The squall winds are transient because they can...

... test setup, though significant differences exist regarding the magnitude of response. The field measurements contain information for reduced velocities up to approximately eleven; hence lock-in and post lock-in conditions are included. vim phenomenon vim behavior natural period variation...

... characterization magnitude standard deviation confidence level upstream oil & gas bayesian inference information quality control criteria petrophysical parameter resistivity Rau R. , Davies R. , Finke M. , Manning M. , " Advances in high frequency dielectric logging...

... of the resulting geohazard risk. offshore technology conference magnitude shear strength interaction resistance solid-fluid boundary debris flow strength soil strength randolph loading artificial intelligence assessment submarine slide slide runout strain rate moisture content offshore...

.... renewable energy subsea system wind turbine rms 90 nacelle acceleration platform turbulence magnitude frequency tlp statistics floating production system ile dynamic extreme rms 90 wind energy semisubmersible platform wind turbulence fpso operational seastate wind response mode rms 90...

...-directional waves or short crested waves are found. Short-crested waves are represented as the linear summation of various long crested waves propagated to various angles, where the magnitude and direction generated are randomly varied. Wave spectrum for short-crested waves, which is the function of both...

... with up to 36 in. OD. However, these configurations may not be able to resist the high load magnitudes and combinations expected in these new applications. Moving to higher capacity wellhead systems will require a larger mandrel and conductor casing size to accommodate the high loads encountered during...

... curve modeling & simulation reservoir characterization propagation tsunami generation numerical simulation earthquake magnitude variation boundary grilli earthquake magnitude inundation assessment tsunami tohoku-oki tsunami displacement field upstream oil & gas Abadie...

... of flows to structures; Sedimentary facies model to determine flow behaviour and evolution based on sedimentological analysis and interpretation of high resolution seismic data. Crucial factors that influence the nature and magnitude of density flows include: the original initiation event (volume...

... frequency offshore technology conference loading platform design magnitude wind turbine caisson suction caisson natural frequency stiffness bhattacharya fmf wind energy arrangement turbine loading cycle foundation stiffness renewable energy owt otc 23058 upstream oil...

... technology conference plane-layer inversion artificial intelligence azimuthal data upstream oil & gas gradient inversion magnitude resistivity reservoir characterization marine csem data OTC 20289 3D Inversion-Based Interpretation of Marine CSEM Data J.J. Zach and M.A. Frenkel, EMGS...

... reservoirs emit packets of seismic energy and information about all the small slip events triggered by oilfield operations. It is possible to detect tiny slip magnitudes corresponding to only a few microns of movement. Such movements may correspond to slip on a fracture, movement within the cement, slip...

... that growth faults also may produce large enough earthquakes with associated strong ground shaking that could represent a hazard to nearby facilities. Therefore assumptions regarding hazard type, magnitude and likelihood of occurrence need reconsideration. Fault-related hazard in the gulf has traditionally...

... information from the hull. In this way, hindcast data provided wave and current magnitude and direction at the Matterhorn TLP during the passage of Ivan. TLP offset and motion data were then derived from this information by Atlantia Offshore. Hindcast wave conditions during the hurricane indicated...