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DNVGL-RU-SHIPS P 4 CH 4

Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission

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Organization: DNVGL
Publication Date: 1 October 2015
Status: inactive
Page Count: 90
scope:

Calculation methods

The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68.

This section of the rules contains three calculation setups

- Simplified diameter formulae for plants with low torsional vibration such as geared plants or direct driven plants with elastic coupling

- Simplified diameter formulae for stainless steel shafts subjected to sea water and with low torsional vibration

- Simplified calculation method for shafts in direct coupled plants.

Document History

Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains the...
Part 4 Systems and components Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains the...
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains the...
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains the...
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
FOREWORD DNV GL rules for classification contain procedural and technical requirements related to obtaining and retaining a class certificate. The rules represent all requirements adopted by the...
January 1, 2017
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains three...
January 1, 2017
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains three...
January 1, 2017
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
FOREWORD DNV GL rules for classification contain procedural and technical requirements related to obtaining and retaining a class certificate. The rules represent all requirements adopted by the...
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains three...
DNVGL-RU-SHIPS P 4 CH 4
October 1, 2015
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
Calculation methods The Society has several alternative advanced shaft design requirements in addition to the acceptance criteria based on IACS UR M68. This section of the rules contains three...
October 1, 2015
Part 4 Systems and components - Chapter 4 Rotating machinery – power transmission
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References

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