2021-06-17_PERMIT FILE - M2001046 ‎(4)‎

• Permit No: M2001046
• IBM Index Class Name: PERMIT FILE
• Doc Date: 6/17/2021
• Doc Name: Adequacy Review Response
• From: Ready Mixed Concrete Company, LLC
• To: DRMS
• Type & Sequence: AM1
• Email Name: ECS
• Media Type: D
• Archive: No

The most critical circular failure surface
is specified by 26 coordinate points
Point x-surf y-surf
No. (ft) (ft)
1 210 .53 4748. 00
2 203.56 4747 .34
3 196.57 4746. 92
4 189.57 4746.73
5 182 .57 4746.77
6 175.58 4747 .04
7 168 . 60 4747 . 55
8 161 . 64 4748 .28
9 154 .70 4749.25
10 147 .81 4750 . 45
11 140. 95 4751 . 88
12 134 .15 4753 . 53
13 127 . 41 4755 . 41
14 120 .73 4757 .51
15 114 .13 4759. 84
16 107 . 61 4762 .38
17 101 .17 4765 . 14
18 94 . 83 4768 . 10
19 88 . 60 4771 .28
20 82 .47 4774 . 67
21 76.46 4778 .25
22 70.57 4782 . 04
23 64 . 81 4786 . 01
24 59. 18 4790 . 18
25 53 . 70 4794 . 53
26 48 .70 4798 .78
**** Simplified BISHOP FOS = 1 . 943 ****
The following is a summary of the TEN most critical
surfaces
Problem Description : Nix CELL 1 MAX 2 .5 : 1 Static
Dredge
FOS Circle Center Radius Initial
Terminal Resisting
(BISHOP) x-coord y-coord x-coord x-
coord Moment
4