ABSTRACT
Let's discretize the y axis into 10 equally spaced increments with ~y = 1.0 em. For each value of y = (j - 1) ~y (j = 1,2, ... , II) let's calculate i(ji) from Eq. (6.110). At each value of y, let's discretize the x axis into (imax(ji) - I) equally spaced increments with fu = 1.0 em, with a final increment (fu)r.nal between x = (imax(ji - I) - I) fu and i(ji). The resulting geometrical parameters are presented in Table 6.9.
