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will be undertaken. This, in order to estimate the environmental conditions of direct influence on the choices to be made during the project phase at hand, and to arrive at an effective and efficient solution for the problems/goals stated. In later phases of a project, more detailed and thorough
346:, the availability of metocean data can be extended. For instance, consider the case of a coastal location where no wave measurements are available. If there is long-term wave data available in a nearby offshore location (e.g. from satellites), a
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336:(often by satellites). For estimating probabilities of exceedance – for relevant physical quantities – data of extreme events during more than one year is needed.
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metocean studies may be needed, depending on whether there is an expected additional gain with respect to the successful and efficient completion of the project.
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Often, long-term local measurements of wave conditions due to extreme events (e.g. hurricanes) are missing. By using estimates for the wind
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Forristall, G.Z.; Cooper, C.K. (2016), "Metocean extreme and operating conditions", in Dhanak, M.R.; Xiros, N.I. (eds.),
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can be employed to transform the offshore wave statistics to the nearshore location (provided the bathymetry is known).
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316:, as well as containing other sensors for measuring more metocean parameters – and Pablo Clemente-Colón of the U.S.
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Bitner-Gregersen, E.M. (2015), "Joint met-ocean description for design and operations of marine structures",
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125:(etc.) conditions as found on a certain location. They are most often presented as statistics, including
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Thompson, E.F.; Cardone, V.J. (1996), "Practical modeling of hurricane surface wind fields",
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during past extreme events, the corresponding wave conditions can be computed through
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This article is about the oceanographic topic. For a company of this name, see
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Chakrabarti, S. (2005), "Ocean environment", in
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deployed in or near the project area, global (re-analysis) models and
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The syllabic abbreviation of meteorology and (physical) oceanography.
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In various stages of an offshore or coastal engineering project a
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near the southwestern coast of France, for the measurement of
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phenomena – of the sea and ocean surface – according to wave
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Journal of
Waterway, Port, Coastal, and Ocean Engineering
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Ice beacon – for tracking the movement of the ice by
324:The metocean conditions are preferably based on
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296:occurrence, extent, thickness, strength and
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381:(1950), "Origin and generation of waves",
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425:10.1061/(ASCE)0733-950X(1996)122:4(195)
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462:Springer Handbook of Ocean Engineering
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281:, temperature and other constituents
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227:historical, expected and seasonal
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444:Handbook of Offshore Engineering
532:Climate and weather statistics
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183:occurrence and strength of
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500:10.1016/j.apor.2015.01.007
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224:water level fluctuations
139:probability of exceedance
259:significant wave heights
87:(physical) oceanography
51:significant wave height
480:Applied Ocean Research
328:, which can come from
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113:refer to the combined
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527:Physical oceanography
330:measuring instruments
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219:Physical oceanography
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79:syllabic abbreviation
57:, wave direction and
49:statistics, like the
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517:Offshore engineering
522:Coastal engineering
492:2015AppOR..51..279B
318:National Ice Center
127:seasonal variations
111:Metocean conditions
106:Metocean conditions
71:coastal engineering
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202:Classification of
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145:Meteorology
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511:Categories
435:References
339:By use of
274:bathymetry
255:wind waves
189:hurricanes
153:wind speed
135:wind roses
47:ocean wave
32:MetService
341:validated
229:sea level
165:wind rose
161:gustiness
157:direction
279:salinity
245:tsunamis
193:cyclones
185:typhoons
179:humidity
75:metocean
67:offshore
18:MetOcean
488:Bibcode
267:spectra
263:periods
250:seiches
231:changes
123:climate
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365:Notes
240:tides
210:, by
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261:and
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