The Kelvin Wave Patterns in in High-Froude-Number Capillary Flows - Note I
Solution Explanation show that, under the (zeroth-order) Hankel transform in the radial variable, \[ \mathcal{H}_0\left[\nabl...
Solution Explanation show that, under the (zeroth-order) Hankel transform in the radial variable, \[ \mathcal{H}_0\left[\nabl...
This part mainly focus on ship wave with the infinite depth water, also mainly use Fourier transform method.
Continuity equation: Current density:[1] \[ \boldsymbol{j}=\rho \boldsymbol{v}\quad(1) \] where the direction of \(\boldsymbo...
This note primarily delves into incompressible flow momentum equation and Surface of water waves and boundary condition and Variational Formulation.