ISO 19900:2013-12

Content (en)

• Foreword
• Introduction
• Scope
• Normative references
• Terms and definitions
• Symbols and abbreviated terms Show subsection Close subsection

  • Symbols
  • Abbreviated terms
• 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