Structures, Safety and Reliability
Symposium
Background
This symposium addresses probabilistic methods that allow the description of
loading
and strength variables, which constitute the basic information necessary for the
assessment of the reliability of structures. In particular it includes sessions
on: Extreme and Freak Waves, Probabilistic and Spectral Wave Models, Wave Crest
Distributions, Probabilistic Models of Forces and Motions, Reliability of
Structural Components Offshore Structures, Pipelines & Floating Production
Systems, Fracture and Fatigue Reliability, Reliability Based Maintenance and
Inspection Planning, Safety Against Oil Pollution, Fire and Explosion Safety;
Risk Analysis and Safety Management; Human and Organizational Factors among
others.
The picture on the right: The Fulmar
Platform (Courtesy of Shell Oil Company). It shows a large wave approaching the
Fulmar Platform in the Central North Sea during a storm on November 24, 1981. At
the time of the photograph, the wind speed was approximately 35 m/s, and the
significant wave height was about 11m. For scale purposes, the distance from
mean sea level to the lowest framing level of the platform is approximately 6m,
and the lowest horizontal deck level is 21m above mean sea level". The picture
was taken by Mike Philpot of Shell Exploration. Further details of the storm are
given by George Forristall 1986 (Kinematics in the crests of storm waves, 20th
Coastal Engineering Conference Proceedings, Taipai, pp. 208-222).
Some Technical Areas of
Interest
 |
Extreme and Freak Waves; |
 |
Probabilistic and Spectral Wave
Modeling; |
 |
Probabilistic Models of Forces and
Motions; |
 |
Fracture and Fatigue Reliability; |
 |
Reliability of Structural Components
& Systems; |
 |
Reliability in Stationkeeping &
Mooring |
 |
Reliability of Offshore Structures &
Pipelines; |
 |
Safety and Reliability of Floating
Production Systems; |
 |
Reliability Based Maintenance and
Inspection Planning; |
 |
Requalification of Offshore
Structures; |
 |
Decommissioning of Offshore
Structures; |
 |
Reliability Based Codes and
Guidelines; |
 |
Reliability of Marine Foundations; |
 |
Collision and Grounding Safety; |
 |
Safety Against Oil Pollution; |
 |
Fire and Explosion Safety; |
 |
Risk Analysis and Safety Management; |
 |
Human and Organisational Factors. |