Real-time Simulation of Cable Pay-Out and Reel-In with Towed Fishing Gears
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Real-time Simulation of Cable Pay-Out and Reel-In with Towed Fishing GearsDate
2017-02Citation
Francisco González, Amelia de la Prada, Alberto Luaces, Manuel González, Real-time simulation of cable pay-out and reel-in with towed fishing gears, Ocean Engineering, Volume 131, 2017, Pages 295-307, https://doi.org/10.1016/j.oceaneng.2017.01.002.
Abstract
[Abstract]
Achieving real-time simulation of fast cable pay-out and reel-in manoeuvres with towed fishing gears is a challenging task. This work presents two new simulation methods based on simplified cable models for this kind of application. First, three numerical techniques are proposed to enhance a classical spring-based cable model, increasing its computational efficiency in manoeuvres that involve reeling the cable around a winch drum. Second, the development of an efficient multibody modelling approach based on natural coordinates is reported. The performance of these methods was assessed with two realistic examples. The numerical experiments involved different values of cable axial stiffness and spatial discretization levels, since these parameters were found to have a major impact on computational efficiency. The proposed methods achieved real-time performance in the simulation of systems modelled with up to a few thousand variables. Each modelling approach has advantages and limitations that must be considered when addressing a given application.
Keywords
Dinámica de cables sumergidos
Maniobras de largado y recogida de cable
Aparejos de pesca
Dinámica de sistemas multicuerpo
Maniobras de largado y recogida de cable
Aparejos de pesca
Dinámica de sistemas multicuerpo
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Atribución-NoComercial-SinDerivadas 3.0 España
ISSN
0029-8018