... estimation measurement data structural member fatigue damage spectrum renewable energy information evaluation posterior distribution offshore technology conference hull structure digital twin dashboard Introduction and Background In the structural integrity management of hull structures...

... parameters such as fluid forces could be computed using simplified CFD approaches while often coupled with detailed structural analysis using finite element method to reduce their conservatism. upstream oil & gas equation coefficient structural member modular building protection structure...

... of thefacility. In some instances this produced a superior result relative to initialengineering assumptions about PFP application and blast design. criteria blast mitigation design application scenario olympus tlp optimization pfp application drill rig survivability criteria structural member...

... miles west of the centerline track of Hurricane Katrina. point cloud data structural member offshore technology conference subsea system dimensional navigation system visibility upstream oil & gas real time system platform rov structural model positioning navigation system...

... knowledge management offshore technology conference heat flux protection structural analysis artificial intelligence structural member module response analysis hazard analysis pool fire scenario application structural integrity assessment case study collapse analysis integrity...

..., fatigue, sloshing loads due to green seas and capacity of structural members. Introduction Use of classification in the offshore industry Classification Societies establishes Rules and Guidelines for design and fabrication of ships, offshore structures and floating marine structures in general. Issuing...

... the buoyancy modules and are free to move axially to accommodate thermal and pressure induced extension. The central structural member is connected to the riser base by a hydraulic connector and stress joint. Peripheral lines are connected to hard piping on the riser base interfacing with subsea flowlines via...

.... The paper also shows that onemust account for the discrete nature of wind speed and direction scatterdiagrams in estimating the probability of occurrence of the critical windspeed. Introduction A 1992 review [2] of state-of-the-art design calculations for wind-inducedfatigue damage of structural members...

... alaska review platform procedure loading operator inspection structural member platform structure platform condition survey earthquake cook inlet upstream oil & gas criteria cook inlet platform reassessment requirement otc 7781 OTC 7781 Reassessment of Platforms in Cook...

... walkways, stairs, abandoned wells, and unused conductors. In many instances, these items can be safely removed because they are not essential for current or future operations and do not contribute to the overall structural integrity of the platform. In some instances, structural members can be removed...

... fatigue resistant structural member fatigue-resistant structural member mode shape response amplitude amplitude diameter offshore technology conference lift coefficient design code cylinder turbulence procedure upstream oil & gas vibration reynolds number structural member...

... members at each stage of damage is calculated with talking into account the correlations between the types of environmental actions and between the member internal forces. The strength of the structural members is evaluated according to three limit state criteria: biaxial bending plastification, buckling...

... the stresses at any structural member can be computed and the tie-down design checked. This procedure does not lead necessarily to conservative prediction because phase relations are preserved. In such procedure the classical transfer functions of the system motions are computed under the rigid-body hypothesis...

... force structural design frequency upstream oil & gas configuration structural analysis subsea system tlp tlp structure platform structural member hydrodynamic force stiffener procedure pontoon structural response tension leg platform maximum stress structural model fatigue life...

... application bulkhead requirement inspection construction platform offshore specification toughness steel thickness abs upstream oil & gas us government structural member metals & mining hydraulic fracturing service experience service temperature test temperature drilling equipment...

... investigation structural geometry transponder detectability structural member probability microprocessor upstream oil & gas offshore structure underwater structure source point equation detection simulation complex underwater structure navigation technique navigation system...

... morison equation transfer function wave theory offshore structure force coefficient subsea system design wave coefficient wave force structural member loading otc paper wave height platform hydrodynamic loading cylinder upstream oil & gas regime engineer equation offshore...

... in making the forecasts. Further, structures under the influence of barge motion were analyzed to evaluate the safety of their structural members and tie-down braces. INTRODUCTION As offshore structures become larger in size, it becomes increasingly important to evaluate the stability of the ocean-going...

... or nonlinear functions of beam-column displacement. The method utilizes discrete-element mechanical models of continuous members to facilitate numerical solutions of complex structural members. The axial and lateral solutions are coupled to include the effects of axial forces on the behavior of the member...

... be taken evolves from the slam of a ship's bow on a wavy surface. This problem has been examined for many ship con- figurations and is now fairly well understood. However, its under- standing does not readily allow ex- tension to the problem of wave slam on a stationary structural member. The geometri~s...