... depositional environment offshore renewable joanne gullaksen methodology frequency dnv-st-0437 significant wave height equation norfolk coupling support structure fowt spectrum dnv-rp-c205 wave height mooring system subsea system characterization probability turbine wind turbine diagram...

... managers involved in ship structural integrity management. riser corrosion well integrity optimizing ship structural integrity management pipeline corrosion garbatov smc 2024 threshold optimization problem materials and corrosion guede soare probability casare risk management flowline...

... predict the financial model behaviors under uncertainties by an output probability distribution. With sensitivity analysis, the system complexity can be reduced and the cause-and-effect relationship can be explained, for example, which model parameters contribute the most to output variability, which...

..., this enables the impact probability to be mapped onto the hull. Vulnerable areas of the hull are identified by showing only impacts that are hard enough to exceed the local structural capability. Operational guidance to mitigate the risks is obtained by repeating this at different speeds and headings. Applying...

... observation ship production smc2021 welding dnn work observation probability SNAME Maritime Convention 2021 27-29 October, Providence RI Copyright © 2021 Society of Naval Architects and Marine Engineers (SNAME) www.sname.org A Method of Automated Work Observation for Ship Production Using Deep Neural...

... for further review, namely, the “CSC Integrated System”. artificial intelligence dimension sargassum renewable energy probability information configuration hopper barge sargassum basket conceptual engineering edgar tovar smc2021 pollution lcu csc integrated system catamaran sargassum...

... smc2021 evaluation j?annes gullaksen response model piping design midstream oil & gas marginal fatigue capacity loading vibration significant wave height submarine pipeline free-spanning assessment upstream oil & gas single sea state application probability SNAME Maritime...

... To determine the risk involved in operations around offshore structures, static and dynamic traffic models can be used to assess the individual probabilities of incidents. This paper describes the underlying models to determine ramming (powered) as well as drifting collision frequencies...

... fatigue damage prediction floating production system zhenghua wang fatigue analysis probability fpso fatigue damage estimation fatigue damage unrestricted service vessel-specific wave condition wave condition wave condition corresponding author Fatigue Damage Estimation and Prediction Using...

... the fluctuation components to discuss the navigation limit more correctly. naval architect bf scale vertical relative motion navigation limit ship equation hull drift angle yasukawa significant value sailing condition wave-induced motion fluctuation component regular wave probability...

..., Planning, Scheduling, Weather NOMENCLATURE CDM =Captain Decision Mimic Ci =Decision probability constant COV =Coefficient of variation DV =Decision variable Hs =Significant wave height LHS =Latin hypercube sampling MCS =Monte Carlo simulation MOGA =Multi-objective genetic algorithm Pi =Decision probability...

... This paper applies exceedance analysis to measure the distance between joint probability distributions of stress and buckling failure criterion surfaces defined in Class Society rules. The exceedance rate also defines extreme value distributions for the Class Society-defined risk of failure...

... in this forum. parametric roll freight & logistics services crested sea wave field significant wave height machine learning modeling requirement sea state granularity wave height us government probability sea condition operation soe polar plot ship marine transportation kery...

... is assumed to take on a value from the following list of states: A transition matrix can be developed based on historical data. For this example the authors created a data set by assigning one of the values from the above list to each year from 1900 to 2016. The probability of transitioning from one value...

..., and that the most cost-effective measures may be those here described as mitigation. RISK PORTFOLIO THE IMPORTANCE OF MITIGATION Risk is commonly understood to be the product of the consequence of an event and the probability of that event. Fig. 8 presents a decomposition of the risk of fatalities from capsize...

... proposes an advanced procedure for the quantitative risk assessment of ships in collision. The procedure consists of several major tasks, namely, hazard identification associated with random variables and their probability density distributions, selection of credible collision scenarios by sampling...

... properties and initial imperfection. The standard First Order Reliability Method (FORM) is used to calculate the reliability index and probability of failure. A gradient-based optimizer is used to solve the optimization problem of FORM. The sensitivity of the ultimate strength with respect to the random...

... transportation artificial intelligence upstream oil & gas rogue wave hs 1 bitner-gregersen base case wave height freight & logistics services marine transportation ship constant increase projection significant wave height sea state design practice bitner-gregersen impact probability...

... method assumption wolfe statistical analysis epla demand factor engineer requirement operational profile scenario simulation power demand load factor probability utilization factor Statistical Analysis for Shipboard Electrical Power Plant Design James M. Wolfe, P.E.1; Morgan M. Fanberg...

... modeling approach, the probability of time to crack initiation can be calculated analytically. This model is extended via efficient formulas for forecasting the expected number of fatigue cracks over time in grillage-type structures with multiple similar fatigue-prone details. The updating power...