Add to ORKGA sequence of ten records of the directional wave spectrum has been obtained from the motions of a floating buoy located at 56° 45\u27N, 18° 57\u27W. The records were taken to check the results derived from a numerical scheme for forecasting ocean waves in the North Atlantic...
USACE / FRF has maintained wave buoys around the 17 m and/or 20 m depth contour since 1980. Over the...
Observations made with an array of wave sensors reveal significant differences between the high-freq...
USACE / FRF has maintained wave buoys around the 17 m and/or 20 m depth contour since 1980. Over the...
A set of 50 directional spectra of surface waves in the North Pacific Ocean, covering a 26-day perio...
Estimates of the directional wave spectrum obtained from the meteorological buoy of the University o...
From 1971-74 seven cruises were made to measure the directional spectrum of ocean waves by using a c...
This paper describes a series of field experiments that provide growth curves and wind histories for...
A mathematical model, consistent with certain physical features of ocean waves may be constructed by...
During the High-Resolution Remote Sensing Main Experiment (1993), wave height was estimated from a m...
Mapping of wave trains during four flights over the ocean off southern California showed the consist...
The directional spectrum of wind-driven surface waves has been measured under conditions of well-def...
A section of sea surface that had been subjected to a constant offshore wind was profiled by using a...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1996.Includes bibl...
The Spotter is an accurate, low-cost, easily deployable and robust solar powered wave buoy recently ...
This is a report of the statistical behavior of neutrally buoyant SOFAR floats, drifting at 1500 m d...
USACE / FRF has maintained wave buoys around the 17 m and/or 20 m depth contour since 1980. Over the...
Observations made with an array of wave sensors reveal significant differences between the high-freq...
USACE / FRF has maintained wave buoys around the 17 m and/or 20 m depth contour since 1980. Over the...
A set of 50 directional spectra of surface waves in the North Pacific Ocean, covering a 26-day perio...
Estimates of the directional wave spectrum obtained from the meteorological buoy of the University o...
From 1971-74 seven cruises were made to measure the directional spectrum of ocean waves by using a c...
This paper describes a series of field experiments that provide growth curves and wind histories for...
A mathematical model, consistent with certain physical features of ocean waves may be constructed by...
During the High-Resolution Remote Sensing Main Experiment (1993), wave height was estimated from a m...
Mapping of wave trains during four flights over the ocean off southern California showed the consist...
The directional spectrum of wind-driven surface waves has been measured under conditions of well-def...
A section of sea surface that had been subjected to a constant offshore wind was profiled by using a...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1996.Includes bibl...
The Spotter is an accurate, low-cost, easily deployable and robust solar powered wave buoy recently ...
This is a report of the statistical behavior of neutrally buoyant SOFAR floats, drifting at 1500 m d...
USACE / FRF has maintained wave buoys around the 17 m and/or 20 m depth contour since 1980. Over the...
Observations made with an array of wave sensors reveal significant differences between the high-freq...
USACE / FRF has maintained wave buoys around the 17 m and/or 20 m depth contour since 1980. Over the...