Download Our Whitepaper:
"Design Approach for CALM Buoy Moored Vessel in Squall Conditions"
This paper reviews the response of a hawser moored vessel to squalls and addresses a novel method for obtaining statistically reliable design loads. Industry paradigms related to squall selection for analysis input are reviewed and renewed. A benchmark database consisting of more than 15,000 unique squall-wave-current induced extreme values enables the validation of a range of less computationally demanding analysis and squall selection methods. Extreme values are extrapolated to a design value using a Peak Over Threshold (POT) method to fit a Generalized Pareto
Distribution (GPD). The influence of associated metocean conditions and squall characteristics on the vessel response is presented. By means of bootstrapping a satisfactory population size for design purposes is studied. The findings challenge common design practices currently employed throughout the industry.
In This Whitepaper, You'll Discover:
- The response of a hawser moored vessel to
squalls and addresses a novel method for obtaining statistically
reliable design loads. - A benchmark database consisting of more than 15,000 unique
squall-wave-current induced extreme values enables the validation of a range of less computationally demanding analysis and squall selection methods. - Extreme values are extrapolated to a design value using a Peak Over Threshold (POT) method to fit a Generalized ParetoDistribution (GPD).
- The findings challenge common design practices currently employed throughout the
industry.
Don't miss out on this invaluable resource for Design Approach for CALM Buoy Moored Vessel in Squall Conditions. Fill out the form to download your copy of the whitepaper today.
