Standard
[WITHDRAWN]
ISO 19900:2013-12
Petroleum and natural gas industries - General requirements for offshore structures
German title
Erdöl- und Erdgasindustrie - Allgemeine Anforderungen an Offshore-Bauwerke
Publication date
2013-12
Original language
English
Pages
47
Publication date
2013-12
Original language
English
Pages
47
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Content
Content (en)
Foreword
Introduction
Scope
Normative references
Terms and definitions
Symbols and abbreviated terms
Show subsection Close subsection General requirements and conditions
Show subsection Close subsection General
Fundamental requirements
Robustness
Planning
Durability, maintenance and inspection
Hazards
Design basis
Service requirements
Operating requirements
Show subsection Close subsection Manning
Conductors and risers
Equipment and material layouts
Personnel and material transfer
Motions and vibrations
Special requirements
Location and orientation
Structural configuration
Show subsection Close subsection General
Deck elevation
Splash zone
Stationkeeping systems
Stability and compartmentation of floating structures
Marine operations
Environmental conditions
Show subsection Close subsection Meteorological, oceanographic, and ice information
Show subsection Close subsection General
Wind
Waves
Water depth and sea level variations
Currents
Marine growth
Ice and snow accumulation
Temperatures
Sea ice and icebergs
Other meteorological and oceanographic information
Active geological processes
Show subsection Close subsection General
Earthquakes
Faults
Shallow gas
Tsunamis
Geotechnical information
Show subsection Close subsection Soil properties
Seabed instability
Scour
Construction and deployment
Decommissioning and removal
Exposure levels
Show subsection Close subsection General
Life-safety categories
Consequence categories
Determination of exposure level
Limit states design
Show subsection Close subsection Limit states
Show subsection Close subsection General
Categories of limit states
Ultimate limit states
Serviceability limit states
Fatigue limit states
Accidental limit states
Design
Show subsection Close subsection General design requirements
Design situations
Basic variables
Show subsection Close subsection General
Actions
Show subsection Close subsection Classification of actions
Show subsection Close subsection General
Permanent actions
Variable actions
Environmental actions
Accidental and abnormal actions
Repetitive actions
Classification of actions according to the structural response
Resistances
Show subsection Close subsection General
Properties of materials and soils
Geometric parameters
Partial factor design approach
Show subsection Close subsection Principles
Actions and their combinations
Show subsection Close subsection Characteristic values
Representative values
Design values
Combinations of actions
Properties of materials and soils
Show subsection Close subsection Characteristic values
Design values
Geometric parameters
Show subsection Close subsection Representative values
Design values
Uncertainties of calculation models
Values for partial factors
Show subsection Close subsection General
Ultimate limit states
Show subsection Close subsection Actions
Resistances and materials
Serviceability limit states
Fatigue limit states
Accidental limit states
Structural reliability analysis
Models and analysis
Quality management
Show subsection Close subsection General
Responsibilities
Quality management system
Quality control plan
Show subsection Close subsection General
Qualifications of personnel
Materials inspection
Fabrication inspection
Installation inspection
In-service inspection, maintenance and repair
Records and documentation
Show subsection Close subsection General
Calculations
Weight and centre of gravity reports
Fabrication inspection documentation
Drawings and specifications
Assessment of existing structures
Show subsection Close subsection General
Condition assessment
Show subsection Close subsection General
Service and operating requirements
Environmental conditions
Inspection, maintenance and repair history
Action assessment
Resistance assessment
Component and system failure consequences and mitigation
Fatigue
Mitigation
Additional information and guidance (informative)
Show subsection Close subsection Calibration of partial factors
Reliability
Show subsection Close subsection General
Reliability and failure probability
System and component reliability
Single and multiple causes
Failure probability and life safety
Hazard curves
Probabilistic analysis
Show subsection Close subsection General
Model characterization
Parameter characterization
Combinations of actions and action effects
Guidance on analyses and models
Show subsection Close subsection General
Structural analysis
Physical model testing
Model test planning
Calculation model uncertainties
Prototype testing
Bibliography
Cooperation at DIN
Please get in touch with the relevant contact person at DIN if you have problems understanding the content of the standard or need advice on how to apply it.
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