1971Kyoto University Research Information Repository (Kyoto University)Requires access

クノイド波に関する研究(第9報) ―砕波近傍におけるクノイド波理論の適用性―

雄一 岩垣, 哲郎 酒井

Open publisher page 0 citations

Abstract

The previous papers dealt with discussions of applicability of the enoidal wave theory fromvarious points of view, and concluded that this theory should be used rather than Stokes wave theorywhen the wave period beomes long. However, these papers did not deal with near breaking waveswith large wave height.This paper firstly presents experimental results of the horizontal water particle velocity underthe wave crest and wave profiles of breakings waves, which were measured by taking photographsof the wave profile and floating tracers on the water surface with 16mm high speed cine camerafollowing the breaking wave.Further the paper deals with the horizontal water particle velocity computed from the enoidalwave theory near breaking, then presents the relation between T√g/h and H/h given by the limitingcondition of wave breaking that the water particle velocity at wave crest is equal to the wave celer-ity, and discusses applicability of this theory to near breaking waves.

About this research paper

What this paper is about

The previous papers dealt with discussions of applicability of the enoidal wave theory fromvarious points of view, and concluded that this theory should be used rather than Stokes wave theorywhen the wave period beomes long. However, these papers did not deal with near breaking waveswith large wave height.This paper firstly presents experimental results of the horizontal water particle velocity underthe wave crest and wave profiles of breakings waves, which were measured by taking photographsof the wave profile and floating tracers on the water surface with 16mm high speed cine camerafollowing the breaking wave.Further the paper deals with the horizontal water particle velocity computed from the enoidalwave theory near breaking, then presents the relation between T√g/h and H/h given by the limitingcondition of wave breaking that the water particle velocity at wave crest is equal to the wave celer-ity, and discusses applicability of this theory to near breaking waves.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

The previous papers dealt with discussions of applicability of the enoidal wave theory fromvarious points of view, and concluded that this theory should be used rather than Stokes wave theorywhen the wave period beomes long. However, these papers did not deal with near breaking waveswith large wave height.This paper firstly presents experimental results of the horizontal water particle velocity underthe wave crest and wave profiles of breakings waves, which were measured by taking photographsof the wave profile and floating tracers on the water surface with 16mm high speed cine camerafollowing the breaking wave.Further the paper deals with the horizontal water particle velocity computed from the enoidalwave theory near breaking, then presents the relation between T√g/h and H/h given by the limitingcondition of wave breaking that the water particle velocity at wave crest is equal to the wave celer-ity, and discusses applicability of this theory to near breaking waves.

Key concepts: Breaking wave, Crest, Wave shoaling, Stokes wave, Surface wave, Wave height, Physics, Mechanics

Back to paper searchBrowse research topicsOriginal source
クノイド波に関する研究(第9報) ―砕波近傍におけるクノイド波理論の適用性― — Research Paper | ScholarLens