Interaction of Ocean waves and Offshore Structures
A numerical comprehension
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INTERACTION OF OCEAN WAVES AND OFFSHORE STRUCTURES is that frequent phenomenon when artificial breakwaters are built for protecting coastal zone or natural bottom is formed by energetic sea state. With spectral and statistical agreement of realistic sea state, Mao-Lin Shen provide a numerical environment to identify phenomena which are difficult to be observed in field data or experimental outcome. Rigorous fluid mechanics were applied so that fluid visualization is possible and showed by flow field. Differ from traditional work, which can only visually recognizes vortices, Mao-Lin Shen establ...
INTERACTION OF OCEAN WAVES AND OFFSHORE STRUCTURES
is that frequent phenomenon when artificial
breakwaters are built for protecting coastal zone or
natural bottom is formed by energetic sea state.
With spectral and statistical agreement of realistic
sea state, Mao-Lin Shen provide a numerical
environment to identify phenomena which are
difficult to be observed in field data or
experimental outcome. Rigorous fluid mechanics were
applied so that fluid visualization is possible and
showed by flow field. Differ from traditional work,
which can only visually recognizes vortices, Mao-Lin
Shen establishes a process to auto-recognize vortex
region, and thus vortex strength and location of
vortex center have been identified scrupulously. By
analyzing the vortices around submerged breakwater
and above ripple bed, momentum transfer and
nutrition distribution can be further quantified.
is that frequent phenomenon when artificial
breakwaters are built for protecting coastal zone or
natural bottom is formed by energetic sea state.
With spectral and statistical agreement of realistic
sea state, Mao-Lin Shen provide a numerical
environment to identify phenomena which are
difficult to be observed in field data or
experimental outcome. Rigorous fluid mechanics were
applied so that fluid visualization is possible and
showed by flow field. Differ from traditional work,
which can only visually recognizes vortices, Mao-Lin
Shen establishes a process to auto-recognize vortex
region, and thus vortex strength and location of
vortex center have been identified scrupulously. By
analyzing the vortices around submerged breakwater
and above ripple bed, momentum transfer and
nutrition distribution can be further quantified.
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