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#* ** <br />** Out of the 100 surfaces generated and analyzed by XSTABL, ** <br />** 6 surfaces were found to have MIs'LEADING FOS values. ** <br />** ** <br />• <br /> <br /> FOS Circle Center Radius Initial Terminal Resisting <br /> (BISHOP) x-coord y-coord x-coord x-coord Moment <br /> (ft) (ft) (ft) (ft) (f t) (ft-lb) <br />1. 1.859 134. 76 7284.46 69.42 85.00 199.20 8 .012E+06 <br />2. 1.893 134. 31 7276.66 58.83 91.67 190.37 6 .001E+06 <br />3. 1.903 137. 32 7292.39 76.89 85.00 206.63 9 .137E+06 <br />4. 1.906 137. 74 7281.49 64.66 91.67 198.25 6 .978E+06 <br />5. 1.951 125. 13 7276.90 57.26 85.00 179.78 5 .511E+06 <br />6. 1.962 126. 16 7316.39 97.22 71.67 204.28 1 .180E+07 <br />7. 1.971 135. 85 7298.43 76.38 91.67 201.05 7 .802E+06 <br />8. 1.987 128. 14 7314.35 92.88 78.33 202.99 1 .051E+07 <br />5. 2.012 120. 00 7277.82 59.06 78.33 176.24 5 .843E+06 <br />10. 2.043 143. 70 7279.83 62.75 98.33 202.93 6 .654E+06 <br />The following is a summary of the TEN most critical surfaces <br />Problem Description Pond 12 Static <br />* * * END OF FILE <br /> <br />