大型浮體構造物의 流體·彈性體 연성거동의 이론적 해석에 관한 硏究

다국어 초록 (Multilingual Abstract)

A large floating structure is attracting great attention in recent years from the view of ocean space utilization. Its huge scale in the horizontal directions compared with the wavelength and relatively shallow depth make this type of floating structure flexible and its wave-induced motion be characterized by the clastic deformation. In this paper, a boundary integral equation method is proposed to predict the wave-induced dynamic response mat-like floating offshore st겨cture. The structure is modeled as an clastic plate and its clastic deformation is expressed as a superposition of free-vibration modes in air. This makes it straightforward to expand the well ~established boundary integral technique for rigid floating bodies to include the hydroelastic effects. In order to validate the theoretical analysis, we compare with the experimental result of previous model test. Satisfactory agreement is found between theory and experiment.<br/>

목차 (Table of Contents)

• Abstract
  
• 1. 서론
  
• 2. 動搖解析의 기초이론
  
• 3. 해석모델 및 검증
  
• 4. 결론
  
• 참고문헌