Wave Forces on a Body

Wave Forces on a Body

[math]\displaystyle{ U = \omega A \, }[/math] [math]\displaystyle{ R_e = \frac{U\ell}{\nu} = \frac{\omega A \ell}{\nu} \, }[/math] [math]\displaystyle{ K_C = \frac{UT}{\ell} = \frac{A\omega T}{\ell} = 2 \pi \frac{A}{\ell} \, /math\gt \lt /center\gt {| border="0" align="center" |- align="center" | \lt math\gt D_F = \frac{F}{\rho g A \ell^2} = f \left( \frac{}{} \right. }[/math]

| [math]\displaystyle{ \underbrace{\frac{A}{\lambda}} \, }[/math], | [math]\displaystyle{ \underbrace{\frac{\ell}{\lambda}} \, }[/math], | [math]\displaystyle{ R_e \, }[/math], | [math]\displaystyle{ \frac{h}{\lambda} \, }[/math], | roughness, | [math]\displaystyle{ \ldots \left. \frac{}{} \right) \, }[/math] |- align="center" | || Wave || Diffraction |- align="center" | || steepness || parameter |}