Design for ship safety in extreme seas (EXTREME SEAS)

Description:

The project will study physical and statistical properties of extreme waves, and develop advanced numerical and physical simulation models for wave-structure interaction. A further objective is to develop warning criteria for marine structures against extreme sea states and extra-ordinarily large waves, and to implement them in a marine weather forecasting system operated by a meteorological office belonging to the Consortium. The developed warning criteria will be available for decision support systems for marine structures. The developed methodology and tools will be generally applicable to different ship types.

The case studies considered in EXTREME SEAS will be devoted to container vessels, to passenger ships, to LNG carriers and to product and chemical tankers. Critical responses will be investigated including green water impact on superstructures of the passenger ships. Weaknesses of the current design procedures for ship structures will be highlighted. The strategic objective of EXTREME SEAS is to enable European shipping industry to improve the design of ship structures that are exposed to rough climate, by providing technology and methodology that need to be a part of design for ship safety in extreme seas. The project will relate and adapt to safety regulations including Classification Societies Rules. The design procedures provided will be formulated in terms of recipes supporting harmonized standards that give presumption of conformity to the safety requirements. The project results will help shipping industry to adapt to climate change. The project addresses assessment of extreme sea states, and ship behaviour in such sea states.

Project information

Lead

DET NORSKE VERITAS AS (NO) ASKELAND Per

Partners

INSTITUTO SUPERIOR TECNICO; CANAL DE EXPERIENCIAS HIDRODINAMICAS DE EL PARDO; UNIVERSITAET DUISBURG-ESSEN; TECHNISCHE UNIVERSITAT BERLIN; GERMANISCHER LLOYD AG; NORGE METEOROLOGISK INSTITUTT; MEYER WERFT GMBH;ESTALEIROS NAVAIS DE VIANA DO CASTELO SA; INSTITUTE OF APPLIED PHYSICS, RUSSIAN ACADEMY OF SCIENCES

Source of funding

FP 7 - TRANSPORT