β Scribed by Tokuo Yamamoto
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract A boundary integral equation method is used to compute the forces acting on bodies oscillating at or near the free surface of a fluid. This method relies on the use of a Green function representing the potential of a unit pulsating source beneath the free surface. A peculiarity of the b
Two numerical methods for studying nonlinear interactions between spatially periodic water waves of disparate length scales are explored. Both use a time-stepping procedure, but one solves the boundary value problem at each time step by a boundary integral equation and the other uses a high-order sp
## Abstract Waveβbased numerical methods often require to integrate products of polynomials and exponentials. With quadrature methods, this task can be particularly expensive at high frequencies as large numbers of integration points are required. This paper presents a set of closedβform solutions