¢' ¢'

Figure B.10 Stability coefficients m and n for c?rH = 0.075 and nd = 1.50(O'Connor and Mitchell, 1977)

6 40° 6 fjJ' fjJ' 35° 40°5 5

30° 35°

4 25° 4

3 3 25°

20° 2 2

6 fjJ' 6 40°

5 35° 5 40°

30° 35° 4 4

3 320° 25°

20° 2 2

cotf3 cotf3 Figure B.11 Stability coefficients m and n for c//rH = 0.100 toe circles

(O'Connor and Mitchell, 1977)

O2 3 4 5 O2 3 4 5 cot/3 cotf3

Figure B.12 Stability coefficients m and n for c?yH 0.100 and nd 1.00(O'Connor and Mitchell, 1977)

¢' 5 35° 5 40°

30° 4 4 35°

2 2 20°

6 40° ¢' 6

5 30° 5 40°

25° 4 4 35°

3 3 25°

20° 2 2

cotf3 cotf3 FigureB.13 Stability coefficientsmand n for c?yH = 0.100andnd = 1.25(O'Connor and Mitchell, 1977)

6 40° 6 ljJ' ljJ' 35° 40°

5 5

30° 35° 4 4

25° m n 30°

3 20° 3 25°

20° 2 2

cot{3 cot{3 Figure 8.14 Stability coefficients m and n for c?r H = 0.100 and nd = 1.50(O'Connor and Mitchell, 1977)