Abstract
This paper presents a state-of-the-art digital twin of a hydraulic actuated winch that is used for heave compensation in offshore applications. The digital twin is used as part of a larger simulation model that involves all necessary components to perform lift planning and, subsequently, determine the corresponding weather window. The winch simulation model is described and verified by means of full-scale measurements. In addition, a set of acceptance criteria are presented that should be used whenever verifying digital twins of heave compensating winches that are to be used for lift planning.
Issue Section:
Offshore Technology
Keywords:
computational mechanics and design,
offshore safety and reliability,
offshore structures and ships in ice,
digital twin,
subsea technology
Topics:
Acceptance criteria,
Cranes,
Errors,
Motors,
Ocean engineering,
Pumps,
Simulation models,
Stress,
Wire,
Control equipment
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