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CFVR3206 - Slope stability with water pressure, seism and pressures

Slope stability analysis, with water pressure, an impermeable layer, seismic acceleration and surface loads.

A plane model as shown in the figure is used to check the slope stability analysis. Fellenius, Bishop, Janbu and Modified Janbu methods are used.
The model is made off four layers of materials with the following properties (from top to bottom):

  • Specific weight 1 = 12600 N/m2; Porosity 1 = 0.10
  • Specific weight 2 = 14400 N/m2
  • Specific weight 3 = 11200 N/m2; Porosity 3 = 0.40
  • Specific weight 4 = 9000 N/m2; Porosity 4 = 0.10
The terrain has a water table defined as a polygonal line. The second layer is considered impermeable, no water pore pressure will act on it (RUSI=0).
The actions on the structure are self weight, a horizontal acceleration due to seismic actions of 0.30g and a surface load on the lower part of the slope of 45000 N/m2.

Element types used in the model: PLANE82

Needed CivilFEM Modules:
Geotechnical Module
Bridges and Civil Non Linearities Module
Advanced Prestressed Concrete Module

The example cannot be launched on an educational license.
KEYWORDS
Geotechnics
Slope Stability


Model Statistics
Number of elements 197
Number of nodes 650
Number of civil materials 4
Number of cross sections 0
Number of shell vertices 0

Log file: CFVR3206.DAT


  FINISH
  ~CFCLEAR,,1
  ~CFACTIV,GETC,Y
  NomFile='CFVR3206'
  /TITLE, %NomFile%, Slope stability with water pressure and seism and pressures

! -------------------------------------------------------------------------------------
! 1. Initial data
! -------------------------------------------------------------------------------------
! CivilFEM SETUP
  ~UNITS,SI

/PREP7
! 2. Materials
! --------------------------------------------------
~CFMP,1,LIB,SOIL,,OH
~CFMP,2,LIB,SOIL,,CH
~CFMP,2,SOIL,RUSI,,0
~CFMP,3,LIB,SOIL,,SC
~CFMP,3,SOIL,RUSI,,1
~CFMP,4,LIB,SOIL,,PH
~CFMP,1,Soil,GAMD,,12600 ! OH
~CFMP,2,Soil,GAMD,,14400 ! CH
~CFMP,3,Soil,GAMD,,11200 ! SC
~CFMP,4,Soil,GAMD,,9000  ! PH

! 3. Elements
! --------------------------------------------------
ET,1,PLANE82

! 4. Model
! --------------------------------------------------
K, 1,-12,28
K, 2,  1,29
K, 3, 10,37
K, 4, 19,38
K, 5, 35,28
K, 6, 50,27
K, 7,  6,33
K, 8, 20,29
K, 9, 26,34
K,10, 18,24
K,11, 50,21
K,12,-12,19
K,13, 50,16
K,14,-12, 6
K,15, 50,10

A,7,8,9,4,3
A,2,7,8,9,5,6,11,10
A,1,2,10,11,13,12
A,15,13,12,14

AESIZE,ALL,3

*DO,I,1,4
  MAT,I
  AMESH,I
*ENDDO

! 5. Capturing Model
! --------------------------------------------------
pp1=node(kx(1),ky(1),kz(1))
pp2=node(kx(6),ky(6),kz(6))
pp3=node(kx(5),ky(5),kz(5))
KSEL,S,,,5,6
LSLK,S,1
SFL,ALL,PRES,4.5*10000
ALLSEL
SBCTRAN
~SLPIN,PP1,PP2,PP3
/PSF,PRES,NORM,2,0,1
/NUMBER,1
/PNUM,MAT,1
EPLOT
/IMAGE, SAVE, %NomFile%,BMP

! 6. Circles Centres Grid Input
! --------------------------------------------------
K,16,21,41
K,17,35,32
K,18,42,43
K,19,28,52
~SLPCIRK,16,19,17,5,6

! 7. Tangents Input
! --------------------------------------------------
K,20,34,27
K,21,34,11
K,22, 0,11
K,23,18,37
~SLPTANK,20,23,22,21,10

! 8. Hydrostatic Pressure
! --------------------------------------------------
~SLPPWP,5,0,-12,27, 01,27, 16,35, 41,25, 50,25

! 9. Data Check
! --------------------------------------------------
! Data comparison number
  NComp    = 30*4
  NComp_ch = 0

! Marix dim.
  *DIM,LABEL,CHAR,Ncomp,1
  *DIM,LABEL_CH,CHAR,Ncomp_ch,1
  *DIM,VALUE,,Ncomp,3
  *DIM,VALUE_CH,CHAR,Ncomp_ch,3
  *DIM,TOLER,,Ncomp,2

! 10. Labels, Correct data, obtained data
! --------------------------------------------------
 *DIM,AUXVECT,ARRAY,10
 *DIM,AUXVEC2,ARRAY,10
/POST1
~SLPSOL,0,,0.3 ! Fellenius
*DO,JJ,1,30
  LABEL(JJ) = 'FEL' %JJ%
  *DO,II,1,10
    ~CFGET,AUXVECT(II),SLOPE,,RES,F,,2,(JJ-1)*10 + II
  *ENDDO
  *VOPER,AUXVEC2,AUXVECT,MULT,AUXVECT
  *VFUN,AUXVEC2,SQRT,AUXVEC2
  *VFUN,AUXVEC2,ASORT,AUXVEC2
  VALUE(JJ,2) = AUXVEC2(1)
*ENDDO

VALUE(  1,1) =  1.175
VALUE(  2,1) =  0.600
VALUE(  3,1) =  0.600
VALUE(  4,1) =  1.165
VALUE(  5,1) =  1.619
VALUE(  6,1) =  2.000
VALUE(  7,1) =  0.786
VALUE(  8,1) =  0.965
VALUE(  9,1) =  1.000
VALUE( 10,1) =  1.035
VALUE( 11,1) =  1.439
VALUE( 12,1) =  3.143
VALUE( 13,1) =  0.764
VALUE( 14,1) =  0.705
VALUE( 15,1) =  0.922
VALUE( 16,1) =  0.934
VALUE( 17,1) =  1.339
VALUE( 18,1) =  2.317
VALUE( 19,1) =  0.741
VALUE( 20,1) =  0.727
VALUE( 21,1) =  0.882
VALUE( 22,1) =  1.256
VALUE( 23,1) =  1.712
VALUE( 24,1) =  2.736
VALUE( 25,1) =  0.770
VALUE( 26,1) =  0.883
VALUE( 27,1) =  0.917
VALUE( 28,1) =  1.319
VALUE( 29,1) =  2.032
VALUE( 30,1) =  4.097

~SLPSOL,1,,0.3 ! Bishop
*DO,JJ,1,30
  LABEL(JJ+30) = 'BIS' %JJ+30%
  *DO,II,1,10
    ~CFGET,AUXVECT(II),SLOPE,,RES,F,,2,(JJ-1)*10 + II
  *ENDDO
  *VOPER,AUXVEC2,AUXVECT,MULT,AUXVECT
  *VFUN,AUXVEC2,SQRT,AUXVEC2
  *VFUN,AUXVEC2,ASORT,AUXVEC2
  VALUE(JJ+30,2) = AUXVEC2(1)
*ENDDO

VALUE( 31,1) =  1.319
VALUE( 32,1) =  1.282
VALUE( 33,1) =  1.748
VALUE( 34,1) =  1.687
VALUE( 35,1) =  1.674
VALUE( 36,1) =  2.000
VALUE( 37,1) =  1.160
VALUE( 38,1) =  1.095
VALUE( 39,1) =  1.080
VALUE( 40,1) =  1.126
VALUE( 41,1) =  1.475
VALUE( 42,1) =  3.829
VALUE( 43,1) =  1.068
VALUE( 44,1) =  1.005
VALUE( 45,1) =  0.988
VALUE( 46,1) =  1.217
VALUE( 47,1) =  1.525
VALUE( 48,1) =  2.886
VALUE( 49,1) =  1.009
VALUE( 50,1) =  0.952
VALUE( 51,1) =  0.931
VALUE( 52,1) =  1.364
VALUE( 53,1) =  2.065
VALUE( 54,1) =  3.170
VALUE( 55,1) =  0.969
VALUE( 56,1) =  0.918
VALUE( 57,1) =  0.970
VALUE( 58,1) =  1.340
VALUE( 59,1) =  2.310
VALUE( 60,1) =  4.419

~SLPSOL,2,,0.3 ! Janbu
*DO,JJ,1,30
  LABEL(JJ+60) = 'JAN' %JJ+60%
  *DO,II,1,10
    ~CFGET,AUXVECT(II),SLOPE,,RES,F,,2,(JJ-1)*10 + II
  *ENDDO
  *VOPER,AUXVEC2,AUXVECT,MULT,AUXVECT
  *VFUN,AUXVEC2,SQRT,AUXVEC2
  *VFUN,AUXVEC2,ASORT,AUXVEC2
  VALUE(JJ+60,2) = AUXVEC2(1)
*ENDDO

VALUE( 61,1) =  1.107
VALUE( 62,1) =  1.048
VALUE( 63,1) =  1.652
VALUE( 64,1) =  1.609
VALUE( 65,1) =  1.568
VALUE( 66,1) =  2.000
VALUE( 67,1) =  0.983
VALUE( 68,1) =  0.922
VALUE( 69,1) =  0.851
VALUE( 70,1) =  0.986
VALUE( 71,1) =  1.405
VALUE( 72,1) =  2.835
VALUE( 73,1) =  0.913
VALUE( 74,1) =  0.855
VALUE( 75,1) =  0.863
VALUE( 76,1) =  1.059
VALUE( 77,1) =  1.396
VALUE( 78,1) =  2.230
VALUE( 79,1) =  0.897
VALUE( 80,1) =  0.842
VALUE( 81,1) =  0.832
VALUE( 82,1) =  1.235
VALUE( 83,1) =  1.656
VALUE( 84,1) =  2.626
VALUE( 85,1) =  0.861
VALUE( 86,1) =  0.840
VALUE( 87,1) =  0.875
VALUE( 88,1) =  1.307
VALUE( 89,1) =  1.959
VALUE( 90,1) =  3.971

~SLPSOL,3,,0.3! Modified Janbu
*DO,JJ,1,30
  LABEL(JJ+90) = 'JMD' %JJ+90%
  *DO,II,1,10
    ~CFGET,AUXVECT(II),SLOPE,,RES,F,,2,(JJ-1)*10 + II
  *ENDDO
  *VOPER,AUXVEC2,AUXVECT,MULT,AUXVECT
  *VFUN,AUXVEC2,SQRT,AUXVEC2
  *VFUN,AUXVEC2,ASORT,AUXVEC2
  VALUE(JJ+90,2) = AUXVEC2(1)
*ENDDO

VALUE( 91,1) =  1.0488
VALUE( 92,1) =  0.9880
VALUE( 93,1) =  1.0743
VALUE( 94,1) =  1.7425
VALUE( 95,1) =  1.7001
VALUE( 96,1) =  2.0959
VALUE( 97,1) =  0.9891
VALUE( 98,1) =  1.0177
VALUE( 99,1) =  0.9567
VALUE(100,1) =  1.0440
VALUE(101,1) =  1.4869
VALUE(102,1) =  2.3776
VALUE(103,1) =  0.9733
VALUE(104,1) =  0.9264
VALUE(105,1) =  0.9108
VALUE(106,1) =  1.0173
VALUE(107,1) =  1.4860
VALUE(108,1) =  2.1711
VALUE(109,1) =  0.9495
VALUE(110,1) =  0.8885
VALUE(111,1) =  0.8907
VALUE(112,1) =  1.1590
VALUE(113,1) =  1.7768
VALUE(114,1) =  2.3815
VALUE(115,1) =  0.9075
VALUE(116,1) =  0.8912
VALUE(117,1) =  0.9255
VALUE(118,1) =  1.4119
VALUE(119,1) =  2.0440
VALUE(120,1) =  3.2333

! Warning and error tolerances
  *DO,II,1,NComp
    TOLER(II,1) = VALUE(II,1)*0.05
    TOLER(II,2) = VALUE(II,1)*0.05
  *ENDDO
! Known exceptions
  I=  1 $ TOLER(  I,1) = VALUE(I,1)*0.40  $  TOLER(  I,2) = VALUE(I,1)*0.40
  I=  2 $ TOLER(  I,1) = VALUE(I,1)*0.40  $  TOLER(  I,2) = VALUE(I,1)*0.40
  I=  3 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I=  4 $ TOLER(  I,1) = VALUE(I,1)*0.50  $  TOLER(  I,2) = VALUE(I,1)*0.50
  I=  6 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I=  7 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I=  8 $ TOLER(  I,1) = VALUE(I,1)*0.40  $  TOLER(  I,2) = VALUE(I,1)*0.40
  I=  9 $ TOLER(  I,1) = VALUE(I,1)*0.50  $  TOLER(  I,2) = VALUE(I,1)*0.50
  I= 10 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 12 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 14 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 15 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 18 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 22 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 24 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 30 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 32 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 33 $ TOLER(  I,1) = VALUE(I,1)*0.80  $  TOLER(  I,2) = VALUE(I,1)*0.80
  I= 36 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 39 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 40 $ TOLER(  I,1) = VALUE(I,1)*0.80  $  TOLER(  I,2) = VALUE(I,1)*0.80
  I= 42 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 46 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 48 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 52 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 54 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 60 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 61 $ TOLER(  I,1) = VALUE(I,1)*0.16  $  TOLER(  I,2) = VALUE(I,1)*0.16
  I= 62 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 63 $ TOLER(  I,1) = 100  $  TOLER(  I,2) = 100 ! Ignored
  I= 66 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 67 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 68 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 69 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 72 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 76 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 78 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 82 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 84 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 90 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  I= 91 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 92 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 93 $ TOLER(  I,1) = 100  $  TOLER(  I,2) = 100 ! Ignored
  I= 97 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 98 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15

!--------------------------------------------------------------------------------------
! 12. Results comparison
!--------------------------------------------------------------------------------------
  COMPARA.MAC

Results

LabelTargetCivilFEMRatioTolerance
'FEL'1 1.175 0.741711.369 0.47
'FEL'2 0.6 0.615280.975 0.24
'FEL'3 0.6 0.546081.090 0.12
'FEL'4 1.165 1.62120.609 0.5825
'FEL'5 1.619 1.62670.995 0.08095
'FEL'6 2 1.99711.002 0.3
'FEL'7 0.786 0.741041.057 0.1179
'FEL'8 0.965 0.653391.323 0.386
'FEL'9 1 0.561951.438 0.5
'FEL'10 1.035 0.730911.294 0.3105
'FEL'11 1.439 1.44210.998 0.07195
'FEL'12 3.143 2.43021.227 0.9429
'FEL'13 0.764 0.738891.033 0.0382
'FEL'14 0.705 0.659271.065 0.1058
'FEL'15 0.922 0.725611.213 0.2766
'FEL'16 0.934 0.942490.991 0.0467
'FEL'17 1.339 1.3420.998 0.06695
'FEL'18 2.317 2.16841.064 0.3476
'FEL'19 0.741 0.732651.011 0.03705
'FEL'20 0.727 0.729560.997 0.03635
'FEL'21 0.882 0.883230.999 0.0441
'FEL'22 1.256 1.12381.105 0.1884
'FEL'23 1.712 1.71.007 0.0856
'FEL'24 2.736 2.34581.143 0.4104
'FEL'25 0.77 0.762341.010 0.0385
'FEL'26 0.883 0.88370.999 0.04415
'FEL'27 0.917 0.912091.005 0.04585
'FEL'28 1.319 1.32090.999 0.06595
'FEL'29 2.032 1.99081.020 0.1016
'FEL'30 4.097 3.16921.226 1.229
'BIS'31 1.319 1.31021.007 0.06595
'BIS'32 1.282 1.27531.005 0.1923
'BIS'33 1.748 1.42831.183 1.398
'BIS'34 1.687 1.66641.012 0.08435
'BIS'35 1.674 1.65551.011 0.0837
'BIS'36 2 2.10290.949 0.4
'BIS'37 1.16 1.15531.004 0.058
'BIS'38 1.095 1.08641.008 0.05475
'BIS'39 1.08 1.06661.012 0.324
'BIS'40 1.126 1.10811.016 0.9008
'BIS'41 1.475 1.46461.007 0.07375
'BIS'42 3.829 3.05561.202 1.149
'BIS'43 1.068 1.06311.005 0.0534
'BIS'44 1.005 0.997611.007 0.05025
'BIS'45 0.988 0.978651.010 0.0494
'BIS'46 1.217 1.04561.141 0.1825
'BIS'47 1.525 1.521.003 0.07625
'BIS'48 2.886 2.63471.087 0.4329
'BIS'49 1.009 1.00491.004 0.05045
'BIS'50 0.952 0.945861.006 0.0476
'BIS'51 0.931 0.923931.008 0.04655
'BIS'52 1.364 1.22281.103 0.2046
'BIS'53 2.065 2.02771.018 0.1032
'BIS'54 3.17 2.65621.162 0.634
'BIS'55 0.969 0.963471.006 0.04845
'BIS'56 0.918 0.912221.006 0.0459
'BIS'57 0.97 0.95781.013 0.0485
'BIS'58 1.34 1.33571.003 0.067
'BIS'59 2.31 2.24711.027 0.1155
'BIS'60 4.419 3.36151.239 1.326
'JAN'61 1.107 0.938211.153 0.1771
'JAN'62 1.048 0.958511.085 0.1572
'JAN'63 1.652 1.03231.375 100
'JAN'64 1.609 1.6210.993 0.08045
'JAN'65 1.568 1.58280.991 0.0784
'JAN'66 2 1.93691.032 0.4
'JAN'67 0.983 0.894841.090 0.1475
'JAN'68 0.922 0.870961.055 0.1383
'JAN'69 0.851 0.85640.994 0.1277
'JAN'70 0.986 0.991550.994 0.0493
'JAN'71 1.405 1.40261.002 0.07025
'JAN'72 2.835 2.21131.220 0.8505
'JAN'73 0.913 0.91291.000 0.04565
'JAN'74 0.855 0.855421.000 0.04275
'JAN'75 0.863 0.828551.040 0.04315
'JAN'76 1.059 0.946781.106 0.1588
'JAN'77 1.396 1.37921.012 0.0698
'JAN'78 2.23 2.02721.091 0.3345
'JAN'79 0.897 0.896291.001 0.04485
'JAN'80 0.842 0.825041.020 0.0421
'JAN'81 0.832 0.834230.997 0.0416
'JAN'82 1.235 1.08121.125 0.1853
'JAN'83 1.656 1.63081.015 0.0828
'JAN'84 2.626 2.2051.160 0.5252
'JAN'85 0.861 0.859221.002 0.04305
'JAN'86 0.84 0.840441.000 0.042
'JAN'87 0.875 0.870891.005 0.04375
'JAN'88 1.307 1.3120.996 0.06535
'JAN'89 1.959 1.90361.028 0.09795
'JAN'90 3.971 3.0291.237 1.191
'JMD'91 1.0488 0.983411.062 0.1573
'JMD'92 0.988 1.04290.944 0.1482
'JMD'93 1.0743 1.12970.948 100
'JMD'94 1.7425 1.74221.000 0.08712
'JMD'95 1.7001 1.70031.000 0.085
'JMD'96 2.0959 2.09591.000 0.1048
'JMD'97 0.9891 0.935781.054 0.1484
'JMD'98 1.0177 0.914081.102 0.1527
'JMD'99 0.9567 0.925881.032 0.04784
'JMD'100 1.044 1.06890.976 0.0522
'JMD'101 1.4869 1.49370.995 0.07434
'JMD'102 2.3776 2.41870.983 0.1189
'JMD'103 0.9733 0.9731.000 0.04867
'JMD'104 0.9264 0.915221.012 0.04632
'JMD'105 0.9108 0.891251.022 0.04554
'JMD'106 1.0173 1.01561.002 0.05087
'JMD'107 1.486 1.50540.987 0.0743
'JMD'108 2.1711 2.20890.983 0.1086
'JMD'109 0.9495 0.950080.999 0.04748
'JMD'110 0.8885 0.878311.012 0.04442
'JMD'111 0.8907 0.883791.008 0.04453
'JMD'112 1.159 1.15711.002 0.05795
'JMD'113 1.7768 1.76821.005 0.08884
'JMD'114 2.3815 2.38151.000 0.1191
'JMD'115 0.9075 0.906771.001 0.04537
'JMD'116 0.8912 0.882981.009 0.04456
'JMD'117 0.9255 0.919181.007 0.04627
'JMD'118 1.4119 1.36641.032 0.0706
'JMD'119 2.044 2.0441.000 0.1022
'JMD'120 3.2333 3.23321.000 0.1617

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