Table of Contents
Chapter 1--General
1.1--Scope
1.2--Instrumentation
1.3--Auxiliary systems and interfaces
Chapter 2--Materials and durability
2.1--General
2.2--Testing
2.3--Quality control
2.4--Durability
2.5--Cement
2.6--Mixing water
2.7--Aggregates
2.8--Concrete
2.9--Admixtures
2.10--Reinforcing and prestressing steel
2.11--Post-tensioning ducts
2.12--Grout
2.13--Concrete cover of reinforcement
2.14--Details of reinforcement
2.15--Physical and chemical damage
2.16--Protection of prestressed anchorages
2.17--Anchorages for embedments and connections to steel work
2.18--Electrical ground
2.19--Durability of pipes containing pressure
2.20--Epoxy resins
Chapter 3--Loads
3.1--Classifications
3.2--Design phases
Chapter 4--Design and analysis
4.1--General
4.2--Strength
4.3--Serviceability
4.4--Design conditions
4.5--Special requirements
4.6--Other strength requirements
4.7--Structural analysis
Chapter 5--Foundations
5.1--Site investigation
5.2--Stability of the sea floor
5.3--Scour
5.4--Design of mat foundations
Chapter 6--Construction, installation, and relocation
6.1--General
6.2--Buoyancy and floating stability
6.3--Construction joints
6.4--Concreting in hot or cold weather
6.5--Curing of concrete
6.6--Reinforcement
6.7--Prestressing tendons, ducts, and grouting
6.8--Initial flotation
6.9--Construction while afloat or temporarily grounded
6.10--Towing
6.11--Installation
6.12--Construction on site
6.13--Connection of adjoining structures
6.14--Prevention of damage due to freezing
6.15--Relocation
Chapter 7--Inspection and repair
7.1--General
7.3--Repair of concrete
7.2--Surveys
7.4--Repairs to cracks
Chapter 8--References
8.1--Standards-type references
Appendix A--Environmental loads
A.1--Introduction
A.2--Wave loads
A.3--Wave diffraction
A.4--Currents
A.5--Design wave analysis
A.6--Wave response spectrum analysis
A.7--Dynamic response analysis
A.8--Wind loads
A.9--Ice loads
A.10--Earthquakes
A.11--References
Appendix B--Design for earthquakes
B.1--Introduction
B.2--Overall design procedure
B.3--Seismicity study
B.4--Site response study
B.5--Selection of design criteria
B.6--Dynamic analysis
B.7--Stress analysis
B.8--Failure modes
B.9--Ductility requirements
B.10--Aseismic design details
B.11--Other factors