The paper describes the activities carried out for the modeling and identification of the pipe tensioning system used in the lay of off-shore piping lines. First, the interactions between the components of the tensioning system are discussed. Then, a model of the pipe stiffness based on the catenary formulation is presented. It is valid for S or J-lay, depending on the pipe parameters and on the lay conditions. The tensioner model follows. It is composed by a torque controlled electric servomotor that powers a tracks tensioning system. Finally results obtained in the simulation for different work and disturbance conditions are shown.
Volume Subject Area:
Dynamic Systems and Controls
Topics:
Computer simulation,
Pipes,
Modeling,
Ocean engineering,
Servomotors,
Simulation,
Stiffness,
Torque
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