plots.matlab_figs.structures

plots.matlab_figs.structures.viz_damping_plate()

Function viz_damping_plate()

Returns:

Figure handles

plots.matlab_figs.structures.make_four_loads_plot(theta, rho, result, idx_max, title_string, take_abs)

Function make_four_loads_plot()

Parameters:

• theta – $\theta$

• rho – Density of seawater (kg/m^3)

• result – result

• idx_max – idx_max

• title_string – title_string

• take_abs – take_abs

Returns:

Figure handles

creates 3 figures for damping plate: 1. line plot of result vs theta for various rho, for single load 2. line plot of result vs theta at rho=rho(idx_max), for 4 equally-spaced superimposed loads 3. geometrically accurate polar contour plot of result vs rho/theta, for

4 equally-spaced superimposed loads.

Theta must be in radians. This function assumes even radial symmetry: result(-theta) = result(theta), so you would typically pass theta = 0 to pi. Result is any relevant quantity that has been evaluated for a single load on the theta/rho mesh.