Offshore — Structure Design

💼 What we offer:

Fatigue life is a major concern; the constant cycling of waves can cause microscopic cracks in welded joints. Designers use "S-N curves" to predict when a component might fail and schedule maintenance accordingly. For floating structures, stability analysis is paramount to ensure the center of gravity remains low enough to prevent capsizing during heavy swells. The Shift Toward Renewable Energy offshore structure design

cathodic protection (sacrificial anodes) or specialized coatings to prevent rust. Concrete: Used for massive gravity bases due to its durability and resistance to underwater pressure. 4. Key Design Stages Front-End Engineering Design (FEED): Defining the basic concept and technical requirements. Metocean Analysis: Studying the specific meteorology and oceanography of the site. Geotechnical Survey: Testing the seabed soil to ensure the foundation won't shift. Structural Analysis: Using software to simulate extreme weather (the "100-year storm") to ensure the structure doesn't fatigue or collapse. 5. Installation and Decommissioning Design must account for how the structure will be transported (towed or barged) and lifted into place. Modern standards also require a 💼 What we offer: Fatigue life is a