Figure 8.
A graph plotting the breaker depth index against a scaled breaker depth, with curves for different values of m, highlighting maximum values and tangency points.The graph presents a curve showing the relationship between the breaker depth index, represented as y sub b equals H sub b divided by h sub b, and the scaled breaker depth depicted as h sub b divided by g T squared. The x-axis ranges from 0 to 0.2, while the y-axis covers from 0 to approximately 1.6. Curves are plotted for various values of m, ranging from 0 to 0.2, with different colours assigned to each value. Notably, there are marked points for maximum values of the breaker depth scaled by g and T squared, as well as distinct tangency points indicated by open circles. Additionally, specific markers labelled M 0 through M 8 highlight certain values or significant points of interest along the curves.

Breaker depth index, γb=Hb/hb, as a function of hb/(gT2) and bottom slope inclination, m, computed from the results presented in Figure 5 (used to find out the breaking height, Hb)

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