DIN EN ISO 19906:2011-04

Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviated terms
   4.1 Symbols
   4.2 Abbreviated terms
5 General requirements and conditions
   5.1 Fundamental requirements
   5.2 Design methods
   5.3 Site-specific considerations
   5.4 Construction, transportation and installation
   5.5 Design considerations
   5.6 Environmental protection
   5.7 Vibrations and crew comfort
   5.8 Issues relevant for cold regions
         environments without ice features
6 Physical environmental conditions
   6.1 General
   6.2 Daylight hours
   6.3 Meteorology
   6.4 Oceanography
   6.5 Sea ice and icebergs
   6.6 Seabed considerations
7 Reliability and limit states design
   7.1 Design philosophy
   7.2 Limit states design method
8 Actions and action effects
   8.1 General
   8.2 Ice actions
   8.3 Metocean related actions
   8.4 Seismic actions
9 Foundation design
   9.1 General
   9.2 Site investigation
   9.3 Characteristic material properties
   9.4 Design considerations
   9.5 Gravity base structures
   9.6 Piled structures
   9.7 Floating structures
   9.8 Scour
   9.9 Inspection and performance monitoring
   9.10 Seismic analysis
10 Man-made islands
   10.1 General
   10.2 Island types
   10.3 Design considerations
   10.4 Seismic design
   10.5 Construction
   10.6 Monitoring and maintenance
   10.7 Decommissioning and reclamation
11 Fixed steel structures
   11.1 General
   11.2 General design requirements
   11.3 Structural modelling and analysis
   11.4 Strength of tubular members and joints
   11.5 Strength of stiffened plate panels
   11.6 Strength of steel-concrete composite walls
   11.7 Seismic design
   11.8 Fatigue
   11.9 Materials, testing and NDT
   11.10 Corrosion and abrasion protection
   11.11 Welding
12 Fixed concrete structures
   12.1 General requirements
   12.2 Actions and action effects
   12.3 Structural analysis
   12.4 Concrete works
   12.5 Mechanical systems
   12.6 Marine operations and construction afloat
   12.7 Corrosion control
   12.8 Inspection and condition monitoring
13 Floating structures
   13.1 General
   13.2 General design methodology
   13.3 Environment
   13.4 Actions
   13.5 Hull integrity
   13.6 Hull stability
   13.7 Stationkeeping
   13.8 Mechanical systems
   13.9 Operations
14 Subsea production systems
   14.1 General
   14.2 Subsea production systems
   14.3 Ice and seabed considerations
   14.4 Actions on subsea production systems
   14.5 Seismic design
   14.6 Risk reduction
15 Topsides
   15.1 Overall considerations
   15.2 Design and operational requirements
   15.3 Seismic design
16 Ice engineering
   16.1 Ice roads and supplies over ice
   16.2 Artificial ice islands
   16.3 Protection barriers
   16.4 Measurements of ice pressure and actions
   16.5 Ice tank modelling
   16.6 Offloading in ice
17 Ice management
   17.1 General
   17.2 Ice management system
   17.3 Ice management system capabilities
   17.4 Ice management planning and operations
18 Escape, evacuation and rescue
   18.1 General
   18.2 Escape, evacuation and rescue philosophy
   18.3 EER strategy
   18.4 Environment
   18.5 Hazard and risk analysis
   18.6 Continuous assessment
   18.7 EER system design
   18.8 Emergency response organization
   18.9 Competency assurance
   18.10 Communications and alarms
   18.11 Personal protective equipment (PPE)
   18.12 Man overboard recovery
   18.13 Escape design
   18.14 Evacuation design
   18.15 Rescue design
Annex A (informative) Additional information and guidance
        A.1 Scope
        A.2 Normative references
        A.3 Terms and definitions
        A.4 Symbols and abbreviated terms
        A.5 General requirements and conditions
        A.6 Physical environmental conditions
        A.7 Reliability and limit states design
        A.8 Actions and action effects
        A.9 Foundation design
        A.10 Man-made Islands
        A.11 Fixed steel structures
        A.12 Fixed concrete structures
        A.13 Floating structures
        A.14 Subsea production systems
        A.15 Topsides
        A.16 Ice engineering
        A.17 Ice management
        A.18 Escape, evacuation and rescue
Annex B (informative) Regional information
        B.1 Introduction to regional information
        B.2 Baffin Bay and Davis Strait
        B.3 Labrador
        B.4 Newfoundland
        B.5 Canadian Arctic Archipelago
        B.6 Greenland
        B.7 Beaufort Sea
        B.8 The Chukchi Sea
        B.9 Bering Sea
        B.10 Cook Inlet
        B.11 Okhotsk Sea
        B.12 Tatar Strait
        B.13 Bohai Sea
        B.14 North Caspian
        B.15 Baltic Sea
        B.16 Barents Sea
        B.17 Kara Sea
        B.18 The Laptev Sea
        B.19 East Siberian Sea
        B.20 Black Sea
        B.21 Sea of Azov
Bibliography