A simple method for estimating wave height and period for fetch-and duration-limited conditions is developed from the field studies of Mitsuyasu and Hasselmann. The velocity scaling is effectively based on friction velocity which allows incorporation of effects due to temperature stratification in the atmospheric boundary layer and variation in the coefficient of drag with wind speed. The method is the analytical equivalent of the growth relationship used in the US Army Corps of Engineers numerical wave prediction studies. It is intended for use in short fetch (200 km) or less situations.
Deepwater Wind Wave Growth with Fetch and Duration
Miscellaneous Paper ; CERC-84-13
1984
4265045
Report
Elektronische Ressource
Englisch
Fetch Rover Simplified Requirements for ESA ITT
NTRS | 2018
|Deepwater semi-submersible platform type wind power plant
Europäisches Patentamt | 2015
|DEVELOPMENT OF THE SAMPLE FETCH ROVER LOCOMOTION SUBSYSTEM
TIBKAT | 2022
|A miniaturised fetch rover concept for Mars sample return
Elsevier | 2023
|Wave run-up on columns of deepwater platforms
SAGE Publications | 2013
|