Are Incident Waves Split into Symmetrieal and Antisymmetrical Scattering Wave Systems with Equal Energy by Two Dimensional Obstacles?

スポンサーリンク

概要

• 論文の詳細を見る

• Kato et al. reported that a wave height of a symmetrical component and an antisymmetrical component of scattered waves is exactly one half of that of incident waves, that is, "equally energy splitting law", and that in two dimensional diffraction problems this law does not require symmetry of a body geometry. It gives us valuable information as an invariant property. In the present note, however, we show that it is invalid in the case of an asymmetrical body, although it is reviewed as valid by Kan.

• 社団法人日本船舶海洋工学会の論文
• 1991-03-25

著者

• 木下 健

  Institute of Industrial Science University of Tokyo

• 村重 淳

  東京大学大学院

• 村重 淳

  Graduate School, University of Tokyo.

関連論文

• 自動微分とDE公式を用いた非整数階微分の数値計算
• The Effect of Current upon Hydrodynamic Forces Acting on Mooring Chain
• 浸水時船舶の波浪中安全性に関する研究
• 2次元しきい値分布を利用した流行現象の数理モデルとその解析
• Fundamental Research on Absorbing Energy from Ocean Waves : 3rd Report
• On the Multi-Body-Type Floating Breakwater
• Hydrodynamic Interaction among Multiple Floating Cylinders in Both Waves and Slow Current
• 海洋波集波レンズの基礎的研究(第二報) : 水槽実験
• Simulation of Motions of Moored Vessel in Waves and Comparisons with Measured One
• 再分割アルゴリズムを用いた力学系の定常分布の数値計算(非線形問題)
• 海洋波集波レンズの基礎的研究
• 損傷したRO-RO客船の横波中転覆に関する模型実験
• Are Incident Waves Split into Symmetrieal and Antisymmetrical Scattering Wave Systems with Equal Energy by Two Dimensional Obstacles?
• 海洋波集波レンズ--集波レンズの大きさ
• 海洋波集波レンズ--細長体理論による特異点分布
• The Effect of Current upon Hydrodynamic Forces Acting on Moorig Chain (2nd Report)

もっと見る 閉じる

スポンサーリンク