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DNV-RP-F108

Assessment of flaws in pipeline and riser girth welds

active, Most Current
Publication Date: 1 September 2019
Status: active
Page Count: 94
scope:

The scope of this recommended practice is to describe the S-N and fracture mechanics approaches and how and when these two approaches may be used to meet the fatigue and fracture limit state required in DNVST- F101.

Document History

DNVGL-RP-F108
September 1, 2019
Assessment of flaws in pipeline and riser girth welds
The scope of this recommended practice is to describe the S-N and fracture mechanics approaches and how and when these two approaches may be used to meet the fatigue and fracture limit state required...
DNV-RP-F108
September 1, 2019
Assessment of flaws in pipeline and riser girth welds
The scope of this recommended practice is to describe the S-N and fracture mechanics approaches and how and when these two approaches may be used to meet the fatigue and fracture limit state required...
DNVGL-RP-F108
September 1, 2019
Assessment of flaws in pipeline and riser girth welds
The scope of this recommended practice is to describe the S-N and fracture mechanics approaches and how and when these two approaches may be used to meet the fatigue and fracture limit state required...
DNVGL-RP-F108
October 1, 2017
Assessment of flaws in pipeline and riser girth welds
The scope of this recommended practice is to describe the S-N and fracture mechanics approaches and how and when these two approaches may be used to meet the fatigue and fracture limit state required...
DNV-RP-F108
October 1, 2017
Fracture Control for Pipeline Installation Methods Introducing Cyclic Plastic Strain
A description is not available for this item.
DNV-RP-F108
January 1, 2006
FRACTURE CONTROL FOR PIPELINE INSTALLATIONS METHODS INTRODUCING CYCLIC PLASTIC STRAIN
Scope and application This Recommended Practice considers plastic straining during the installation phase. The plastic straining shall be limited to typical reeling situations (around 3% nominal...
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References

This document references:
DNVGL-RP-C203 - Fatigue design of offshore steel structures
Published by DNVGL on September 1, 2019
This recommended practice gives methods for fatigue analyses based on S-N data from testing for the following steel structures and components: — Fixed and floating steel structures used for...
This document references:
DNV-ST-F101 - Submarine pipeline systems
August 1, 2021
This standard provides requirements and recommendations for the concept development, design, construction, operation and abandonment of pipeline systems, with the emphasis on structural integrity....
This document references:
579-1 - FITNESS-FOR-SERVICE
Published by API on December 1, 2021
Supplement to In-Service Inspection Codes The methods and procedures in this Standard are intended to supplement and augment the requirements in API 510, API 570, API 653, and other post construction...
This document references:
FFS-1 - FITNESS-FOR-SERVICE
Published by ASME on December 1, 2021
FOREWORD In contrast to the straightforward and conservative calculations that are typically found in design codes, more sophisticated assessment of metallurgical conditions and analyses of stresses...
This document references:
E1820 - Standard Test Method for Measurement of Fracture Toughness
July 15, 2022
This test method covers procedures and guidelines for the determination of fracture toughness of metallic materials using the following parameters: K, J, and CTOD (δ). Toughness can be measured in...
This document references:
BS 7448-4 - Fracture Mechanics Toughness Tests - Part 4: Method for Determination of Fracture Resistance Curves and Initiation Values for Stable Crack Extension in Metallic Materials
Published by BSI on December 15, 1997
Specifies a method for determining the crack extension resistance of fully ductile metallic materials using fatigue pre-cracked specimens.
This document references:
BS 7910 - Guide to methods for assessing the acceptability of flaws in metallic structures
Published by BSI on December 31, 2019
A description is not available for this item.
This document references:
DNVGL-RP-C203 - Fatigue design of offshore steel structures
Published by DNVGL on September 1, 2019
This recommended practice gives methods for fatigue analyses based on S-N data from testing for the following steel structures and components: — Fixed and floating steel structures used for...
This document references:
DNV-ST-F101 - Submarine pipeline systems
August 1, 2021
This standard provides requirements and recommendations for the concept development, design, construction, operation and abandonment of pipeline systems, with the emphasis on structural integrity....
This document is referenced by:
DNV-RP-F110 - Global buckling of submarine pipelines
September 1, 2019
This recommended practice gives guidance on design for two global buckling scenarios for high temperature and high pressure pipelines: 1) Unburied pipelines on even and uneven seabed where global...
This document is referenced by:
BS PD 8010-2 - Pipeline systems – Part 2: Subsea pipelines – Code of practice
Published by BSI on March 31, 2015
A description is not available for this item.
This document is referenced by:
DNVGL-ST-F201 - Riser systems
Published by DNVGL on January 1, 2020
This standard gives criteria and recommendations for riser systems exposed to static and dynamic loading for use in the offshore petroleum and natural gas industries. All phases are covered, from...
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