The electronic pdf versions of the documents found through http://www.dnv.com/ are the officially binding versions. Copyright Det Norske Veritas.

Expand Search

Sec.1: General

A: Objectives

B: Application - Scope

C: How to use the standard

D: Normative References

Sec.2: Design Philosophy and Design Principles

A: General

B: Safety philosophy

C: Design format

D: Design approach

E: Requirements to documentation

Sec.3: Design Input

A: Introduction

B: Product specifications

C: Division of the product or structure into components, parts and details

D: Phases

E: Safety and service classes

F: Functional requirements

G: Failure modes

H: Exposure from the surroundings

I: Loads

J: Environment

K: Combination of load effects and environment

Sec.4: Materials - Laminates

A: General

B: Static properties

C: Properties under long term static and cyclic and high rate loads

D: Other properties

E: Influence of the environment on properties

F: Influence of process parameters

G: Properties under fire

H: Qualification of material properties

I: Properties with damaged or nonlinearly deformed matrix

Sec.5: Materials - Sandwich Structures

A: General

B: Static properties

C: Properties under long term static and cyclic loads

D: Other properties

E: Influence of the environment on properties

F: Influence of process parameters and core density

G: Properties under fire

H: Qualification of material properties

Sec.6: Failure Mechanisms & Design Criteria

A: Mechanisms of failure

B: Design criteria - general approach

C: Fibre failure

D: Matrix cracking

E: Delamination

F: Yielding

G: Ultimate failure of orthotropic homogenous materials

H: Buckling

I: Displacements

J: Long term static loads

K: Long term cyclic loads

L: Impact

M: Wear

N: High / low temperature / fire

O: Resistance to explosive decompression

P: Special aspects related to sandwich structures

Q: Chemical decomposition / galvanic corrosion

R: Requirements for other design criteria

Sec.7: Joints and Interfaces

A: General

B: Joints

C: Specific joints

D: Interfaces

Sec.8: Safety-, Model- and System Factors

A: Overview of the various factors used in the standard

B: Partial load effect and resistance factors

C: Model factors

D: System effect factor

E: Factors for static and dynamic fatigue analysis

Sec.9: Structural Analysis

A: General

B: Linear and non-linear analysis of monolithic structures

C: Connection between analysis methods and failure criteria

D: Analytical methods

E: Finite element analysis

F: Dynamic response analysis

G: Impact response

H: Thermal stresses

I: Swelling effects

J: Analysis of sandwich structures

K: Buckling

L: Partial load-model factor

Sec.10: Component Testing

A: General

B: Qualification based on tests on full scale components

C: Verification of analysis by testing and updating

D: Testing components with multiple failure mechanisms

E: Updating material parameters in the analysis based on component testing

Sec.11: Fabrication

A: Introduction

B: Link of process parameters to production machine parameters

C: Processing steps

D: Quality assurance and quality control

E: Component testing

F: Installation

G: Safety, health and environment

Sec.12: Operation, Maintenance, Reassessment, Repair

A: General

B: Inspection

C: Reassessment

D: Repair

E: Maintenance

F: Retirement

Sec.13: Definitions, Abbreviations & Figures

A: Definitions

C: Figures

Sec.14: Calculation Example: Two Pressure Vessels

A: Objective

B: Design input

C: Failure mechanisms

D: Material properties

E: Analysis of gas vessel with liner

F: Non-linear analysis of vessel for water without liner

G: Linear analysis of vessel for water without liner

App.A: Check-lists for Design Input

B: Functional requirements and failure modes

C: LOADS

App.B: Lay-up and laminate specification

A: Unique definition of a laminate

App.C: Test methods for laminates

A: General

B: Static tests for laminates

C: Tests to obtain properties under long term static and cyclic loads

D: Tests to obtain the fibre fraction

E: Tests on tubular specimens

F: Evaluation of stress versus strain curves

App.D: Test methods for sandwich materials

A: General

B: Core materials - static tests

C: Adhesive materials - static tests

D: Core skin interface properties

E: Tests for other properties

App.E: Tables of Safety Factors

A: Partial safety factors

App.F: Example for representative data Stitch-bonded unidirectional (UD) plies - E glass polyester

A: General

C: Quasi static properties in air (QSA)

D: Long term properties in air

App.G: Example for representative data Unidirectional carbon tape AS4 12k

App.H: Example for Representative Data: Unidirectional Carbon Tapes made of TPW tape with "5631" fibres

App.I: Example for representative data Unidirectional carbon tape TPW 0434 Prepreg