DNVGL-RU-SHIPS P 3 CH 9
Part 3 Hull - Chapter 9 Fatigue
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| Organization: | DNVGL |
| Publication Date: | 1 October 2015 |
| Status: | inactive |
| Page Count: | 16 |
scope:
Introduction
This chapter provides fatigue strength requirements for welds and free plate edges.
The fatigue assessment of the hull structure is based on high cycle wave induced loads, design S-N curves and Palmgren-Miner method for linear fatigue damage accumulation.
The structural details required for fatigue strength assessment are determined with consideration of ship type experience, probability of fatigue cracking and consequence of failure.
Document History
July 1, 2021
Part 3 Hull - Chapter 9 Fatigue
Application
Requirements to fatigue shall be applied in accordance with relevant ship type notations in Pt.5. If there are no requirements to fatigue for the relevant ship type notation, this...
July 1, 2019
Part 3 Hull - Chapter 9 Fatigue
Application
Requirements to fatigue shall be applied in accordance with relevant ship type notations in Pt.5. If there are no requirements to fatigue for the relevant ship type notation, this...
January 1, 2018
Part 3 Hull - Chapter 9 Fatigue
Assessment scope and extent
The scope and extent of fatigue assessment is defined in:
— Sec.2 [2] for main class
— Pt.5 for specific ship types and designs
— Pt.6 Ch.1 for additional class...
DNVGL-RU-SHIPS P 3 CH 9
October 1, 2015
Part 3 Hull - Chapter 9 Fatigue
Introduction
This chapter provides fatigue strength requirements for welds and free plate edges.
The fatigue assessment of the hull structure is based on high cycle wave induced loads, design S-N...
October 1, 2015
Part 3 Hull - Chapter 9 Fatigue
Introduction
This chapter provides fatigue strength requirements for welds and free plate edges.
The fatigue assessment of the hull structure is based on high cycle wave induced loads, design S-N...
October 1, 2015
Part 3 Hull - Chapter 9 Fatigue
A description is not available for this item.
October 1, 2015
Part 3 Hull - Chapter 9 Fatigue
Introduction
This chapter provides fatigue strength requirements for welds and free plate edges.
The fatigue assessment of the hull structure is based on high cycle wave induced loads, design S-N...