인장계류된 원통형 실린더의 동적 거동 해석

Abstract

The technology development for ocean resources can be represented by the increase of water depth. TLP, Tension Leg Platform, is one of the most feasible systems for deep sea development. TLPs show a complex dynamic behavior resulting from the dynamic interactions among platform, tether system and riser system due to their hydrodynamic and structural dynamic characteristics in waves.

This thesis aims at the theoretical and experimental analysis on motion response of TLP in waves. It is composed of three parts as follows : (1) wave and wave loadings (2) TLP motion (3) TLP tether tension