Solution of the two-dimensional floating body radiation and diffraction problems with the Boundary Element Method and the free-surface Green function.
Expressions for the infinite-depth Green function for diffraction and radiation of regular waves by two-dimensional structures.
Radiation coefficients and the wave amplitude are computed for a cylinder heaving on the free surface of a liquid.
The natural frequencies and modes of sloshing in a rectangular tank are obtained through solution of a potential flow.
Hydrodynamic coefficients and the wave produced by a circular cylinder oscilating in heave are obtained by evaluation of analytical expressions. Experimental data is also presented for validation.
Computation of the 2D velocity potential around a circular cylinder using the Boundary Element Method.
Using Numba and F2PY to speed up computations in Python.
Computation of influence coefficients for 2D constant boundary elements.
Python implementation of the 2D Boundary Element Method.
Calling Fortran procedures from Python.