... estimation tool in offshore platform operations. subsea system estimation artificial intelligence naval architect texas texas section floating production systems th offshore symposium society correlation proceedings deviation houston marine engineer neural network machine learning...

... 17N/Q), further validating the Clarifier’s efficacy and relevance in offshore and inshore operations. neural network real time system turbidity deep learning machine learning th offshore symposium artificial intelligence texas texas section proceedings society enhancement clarifier...

... needed to assess the digital twin’s credibility and justify using the digital twin for the specified use case or application. Additionally, considerations of related aspects, such as digital twin criticality, are also discussed. texas texas section naval architect artificial intelligence th...

... can be easily extended and adjusted to minimize container motion for respective peak excitation frequencies. texas texas section frequency inertia expression naval architect society excitation frequency approximation th offshore symposium houston equation hamaguchi artificial...

... states government artificial intelligence north america government upstream oil & gas europe government wind energy ocean energy naval architect houston proceedings deployment social responsibility sub-sea system texas texas section turbine sustainable development otec platform lcoe...

... management upstream oil & gas artificial intelligence information management united states government reservoir surveillance production monitoring machine learning th offshore symposium houston operation data quality reservoir characterization texas texas section application operator...

..., the author aimed to develop a faster CFD methodology & algorithm to calculate the hydrodynamic & aerodynamic resistances, and then send the output to the digital twinning software of the vessel. The author aimed to develop a CFD code and algorithm that can be embedded to any Artificial Intelligence (A.I...

... of the motion compensation device. The paper describes the control strategies, numerical models and results of the simulations. wind energy controller actuator usage beam-on wave artificial intelligence accuracy naval architect texas texas section upstream oil & gas proceedings positioning...

.... Additionally, the model can assist in design iteration. As the hull shape gradually changes, the new RAOs can be estimated to ensure that the design is progressing in an appropriate direction. artificial intelligence frequency th offshore symposium naval architect machine learning marine...

.... artificial intelligence frequency buoy sustainable development renewable energy buoy shape naval architect ocean energy sustainability th offshore symposium spheroid buoy shape social responsibility february 22 houston pwec wave height efficiency proceedings texas texas section power...

... of the wake alignment model on the turbine blade design. social responsibility constraint coefficient artificial intelligence renewable energy proceedings sustainable development sustainability marine engineer optimization method bem geometry naval architect february 22 ocean energy...

... variable forward propeller texas texas section thrust artificial intelligence th offshore symposium coefficient aft propeller propeller constraint proceedings houston february 22 APPLICATION OF A COMPREHENSIVE DESIGN METHOD TO COUNTER-ROTATING PROPELLERS KYUNGJUNG CHA OCEAN ENGINEERING GROUP...

... and activities beyond certification and assurance. We hope this will help appreciate the overall value of classification provides and encourage the industry to tap into benefits from its broad knowledge and experience. sustainable development subsea system artificial intelligence social responsibility...

... that lessons learned from our work can help democratize human presence in future subsea engineering works, by accommodating human needs and limitations to lower the entrance barrier. subsea system renewable energy artificial intelligence forward operation electrical industrial apparatus upstream oil...

... of the Tri-SWACH. aegir heave response houston february 17 artificial intelligence th offshore symposium hull center hull texas texas section tri-swach hull pitch response proceedings th 2021 model test side hull free surface naval architect SEAKEEPING EVALUATION OF A TRI-SWACH BASED...

... of the proposed machine learning models. The procedure established in this study presents a novel approach for accelerating the research and development of sustainable shipping fuels under normal ship activities. artificial intelligence ensemble model marine transportation th offshore symposium...

... positions in the energy sector. The goal of this paper to show the interdependence between these three transformations and how EPCI companies need to continue adapting them to succeed. artificial intelligence wind energy sustainable development climate change sustainability air emission th...

... requires an accelerated solver capable of real-time computation of 1000s of bending cycle inputs into the high-fidelity finite element model. This paper demonstrates a flexible riser digital twin applications centered around the accelerated solver FLEXAS. artificial intelligence wire stress...

.... The literature review and analysis identified a list of common factors among safety culture frameworks. machine learning us government april 6 artificial intelligence sustainability attitude social responsibility safety science th offshore symposium safety climate houston questionnaire naval...

... for compressible flows. reservoir surveillance upstream oil & gas production monitoring multiphase flow artificial intelligence imaging proceedings houston th offshore symposium vapor structure naval architect fluid dynamics particle void fraction th 2021 production control texas texas...