... operations. As the next generation LCAC, the design capitalizes on over 35 years of LCAC experience and technology development. Among its many impressive attributes, it introduces an integrated flight control system, high performance composite structures, and a simplified, but significantly more powerful...

... industrial scale wind farms. The design, manufacture, installation, and operation of floating offshore wind turbine mooring systems is a significant contributor to lifecycle cost. This paper provides an overview of floating oil and gas, and floating offshore wind platform spread mooring system evolution...

... Marine lithium-ion batteries have enabled zero emission plug-in operations. However, most initial projects involve car ferries with short repetitive routes, larger machinery spaces to locate batteries and longer loading periods for slower recharging. High-speed passenger craft consume...

... Intensity Indicator is an operational metric that measures how operationally efficient a ship is compared to a set baseline. The total fuel consumption of the ship results in overall annual emissions that are measured and used in combination with the Deadweight or Gross Tonnage and annual distance travelled...

.... air emission midstream oil & gas geologist upstream oil & gas sustainability geology united states government subsurface storage social responsibility operation north america government sustainable development climate change carbon design characterization co 2 offshore carbon...

... marine transportation united states government shipbuilding asia government europe government artificial intelligence freight & logistics services climate change ship propulsion werner wind-powered ship san diego cargo smc 2023 reduction sofia werner conference proceedings operation...

... to as a ‘side transfer’ operation. This type of operation presents many challenges like removal of an entire wing wall on the drydock to accommodate the vessel transfer, aligning and holding the drydock’s pontoon deck level with the land facility over varying tides, ballasting the drydock to maintain levelness...

.... marine transportation scheduling planning & scheduling artificial intelligence project management strategic planning and management aurora constraint intelligent scheduling reduced project duration critical path production repair robert scheduler richard operation ship smc 2022...

... of the environment. Responding to the urgent needs for substantial reduction of GHG (Green House gas) emissions from marine operations in line with the ambitious targets set by the International Maritime Organisation and the European Commission, a series of research and development works were initiated...

... intended operations, environmental considerations, and design drivers (such as performance areas/requirements) influencing ice maneuverability. The hull form and propulsion system are the most important design features in regard to ice maneuvering capability. Early trade-off analyses and model testing give...

... The capability to continually perform operations in ice is a function of multiple design factors. These factors may directly influence one another and are integral to the design spiral. The compromises made in vessel design directly impact the vessel’s noise and vibration characteristics. Unlike...

... Quiescent Period Prediction (QPP) purpose is to provide ship motion conditions and motion predictions with sufficient forecasted time to launch, recover, and complete other motion sensitive tasks regardless of the seaway. QPP operates within a federated architecture system containing measurement...

... The winter navigation system in the Northern Baltic Sea is globally one of the largest regional arrangements to ensure year-round maritime transports in a sea area challenged by ice every year. Thousands of assistance operations, including hundreds of tows, are dependent on the regions...

... to transport Wind Turbine Generator (WTG) components from port to the offshore location where a foreign vessel can install them. This paper uses numerical simulations to derive the uptime of such an operation for different feeder solutions. united states government north america government wind energy...

... medium voltage direct current breaker fault detection doerry storage localization operation generator isolation norbert doerry switchboard mvdc circuit breaker SNAME Maritime Convention 2022 26-29 September, Houston, TX Copyright © 2022 Society of Naval Architects and Marine Engineers...

... will be located much farther away from the shore, which is expected to pose major problems in Operation and Maintenance (O&M). So far, research focused on the maintenance strategies for large offshore wind farms shows that the use of an Offshore Mothership is a promising option for minimizing O&M...

... a means for investigating different magnitudes and scenarios of these causes of roughness rather than providing only example results. marine transportation roughness profile roughness planing boat performance smc2021 hull roughness daidola coating hull material coefficient operation...

... and payload capacities. freight & logistics services us government reservoir simulation marine transportation container commercial working vessel ramp ship kelli waterman hull mk 65 operation requirement january 2021 storage container conversion minelayer smc2021 psv SNAME...

..., wave period, wave direction, etc., are screened from the buoy measurements to build a predictive model based on multiple linear regression for significant wave height prediction. A sensitivity analysis is then conducted for the available weather window corresponding to specified threshold operational...

... The United States Army operates several classes of landing craft, which provide combatant commanders with waterborne maneuver capabilities essential for accomplishing a range of critical missions unique to the Army. These missions involve transport of personnel, cargo, and equipment from...