... in the state of the art in inspection is to remove or significantly reduce the need for human intervention. This evolution requires several technological innovations, which include new intelligent materials that can act as sensors, enabling remote monitoring of damage to the turbine structure, both internal...

... of the vertical wells as well as in the two deviated wells with vibrational sensors in the drill bits and BHA bodies. Although most drilling experience qualitatively supports the beneficial use of reamers as a mitigation tool, the data collected during this project provided field-based validation and evidence...

... be used to backfill the calculation and seamlessly integrate it into the monitoring runs as if it had always been part of the process. The primary advantage of this capability lies in enhancing sensor data with "virtual sensors," derived from hydraulic calculations and/or process simulations...

...-fidelity models, it is driven by real time measurements of a few sensors along the riser, and provides real-time fatigue life predictions with uncertainty quantification. riser marine riser machine learning vibration operator artificial intelligence sensor architecture prediction karniadakis...

... In horizontal wells, the placement of the sensors is primarily for well placement. Selection of the sensors order is usually based on the objective and criticality of specific sensors for well placement decisions. Deep and ultra-deep resistivity sensors are typically placed 50-60 ft from the bit...

..., inspections become cost-effective, quicker, and safer. The project aims to develop a USV-based subsea inspection system, integrating visual sensors, acoustic positioning, and 3D modeling capabilities. The concept of "systems of systems" involves collaboration among various robotics technologies, such as USVs...

...; and connectivity-data exchange between humans, machines, and devices. Various technologies enable and cut across these domains including sensors, cloud computing, edge analytics, automation and robotics, 3D printing, augmented reality, and artificial intelligence all underlain and enabled by accessible, affordable...

... in many industries. It is no surprise that the Internet of Things (IoT) is deemed to be one of the most important technologies of the 21st century. Physical objects ("things") are equipped with sensors, software, and other technologies for the purpose of connecting them with other devices and systems over...

... Abstract Bottomhole pressures of wells are commonly used to evaluate reservoir characteristics such as permittivity and permeability and connectivity between wells. To measure bottomhole pressure, a sensor needs to be conveyed either through an invasive method such as wireline, or it can...

... be successfully applied to reconstruct the local stress response at side shell stiffeners of an FPSO. Several sensor configurations used as input in the conversion matrix are tested and discussed. Validation is performed by comparing thousands of hours of direct sensor measurements with reconstructed stress time...

... configured with an Acoustic Doppler Current Profiler (ADCP), wind and wave sensor onboard. The LC and LCE were mapped utilizing Sea Surface Height (SSH), Sea Surface Temperature (SST), the Copernicus Mercator model for geostrophic current velocities, and real time measurements from the ADCP onboard the ASV...

... with Motion Reference Unit (MRU) sensors, located at the helideck and the South-West pontoon. These sensors along with GPS provide 6 degrees-of-freedom (DOF) data at a frequency of 4 Hz. Abstract A mooring monitoring campaign has been conducted to investigate dynamic behavior in the mooring system...

... design v s profiles. sensor correlation practitioner reservoir characterization conference critical appraisal noise deployment geologist geological subdiscipline repeatability offshore technology conference geology determination scpt downhole mode seismic cone penetration testing...

... responsibility turbine interaction environmental assessment well planning detection offshore technology conference laboratory pacific northwest national laboratory sensor requirement rotor diameter avoidance national laboratory bird bat interaction identification figure Introduction...

...Ocean environment monitoring As shown in Table 2 , there are nine types of sensors for air condition, water condition, wind load, wave load and current load monitoring. Currently, there is a large number of FPS installed in typical deepwater areas around the world, such as the Brazilian...

... evaluation. separation and treating qualification algorithm separator guided elastic wave experiment sensor offshore technology conference profiler subsea system measurement fraction emulsion accuracy non-intrusive separator level measurement interface trl4 qualification software...

... Deployment of sensors on technically advanced host platforms, including autonomous underwater vehicles, uncrewed surface vehicles, and metocean buoys, is occurring regularly. Equally prolific are strategies to collect, analyze, and display data from each individual sensor or collection of sensors...

... to the user. Digital & Artificially Intelligent Logic for Automated Nanocomposite Treatment Application Intelligent Inspection System artificial intelligence sensor borescope exchanger inspection video offshore technology conference liquified natural gas (lng) evaluation coating...

... Abstract: BORA Blue Ocean Research Alliance® aims to advance scientific knowledge of the ocean through integrating science into routine offshore operations and data collection, done in parallel to commercial work and as automated as possible. This can be through integration of novel sensors...

... oil & gas artificial intelligence frequency band offshore connectivity brownfield asset different set reduction propagation brazil government sub-sea system application fieldworker onboard infrastructure sensor industrial environment Introduction Connectivity in Industrial...