DNVGL RP F109 Wave Seabed Velocity

Calculate DNVGL RP-F109 wave seabed velocity from the JONSWAP surface spectrum.

An Airy wave transform is used to calculate the significant seabed velocity, and zero upcrossing wave period. The calculation is not valid in shallow water, or at elevations greater than half the water depth.

Reference : DNVGL-RP-F109 : On-Bottom Stability Design Of Submarine Pipelines (Download from the DNVGL website)

Change Module :

• DNVGL RP F109 Check Value Calculation Module
• DNVGL RP F109 Curved Pipeline Laying Calculation Module
• DNVGL RP F109 Initial Seabed Penetration Calculation Module
• DNVGL RP F109 Piping And Self Burial Calculation Module
• DNVGL RP F109 Shields Number Calculation Module
• DNVGL RP F109 Submarine Pipeline Stability Calculation Module
• DNVGL RP F109 Wave Probability And Return Period Calculation Module
• DNVGL RP F109 Wave Spreading And Directionality Calculation Module
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• More Wave Velocity Modules

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