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CFVR3202 - Slope stability with water table

Slope stability analysis, with water pressure.

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; Porosity 2 = 0.10
  • 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 only action on the structure is its self weight.

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: CFVR3202.DAT


  FINISH
  ~CFCLEAR,,1
  ~CFACTIV,GETC,Y
  NomFile='CFVR3202'
  /TITLE, %NomFile%, Slope stability with water table

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

/PREP7
! 2. Materials
! --------------------------------------------------
~CFMP,1,LIB,SOIL,,OH
~CFMP,2,LIB,SOIL,,CH
~CFMP,3,LIB,SOIL,,SC
~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
*DO,II,1,4
  ~CFMP,II,SOIL,RUSI,,1
*ENDDO

! 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
/NUMBER,1
/PNUM,MAT,1
EPLOT
/IMAGE, SAVE, %NomFile%,BMP

! 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))
~SLPIN,PP1,PP2,PP3

! 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 ! Fellenius
*DO,JJ,1,30
  *DO,II,1,10
    LABEL(JJ) = 'FEL' %JJ%
    ~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) =  2.333
VALUE(  2,1) =  1.550
VALUE(  3,1) =  1.000
VALUE(  4,1) =  2.504
VALUE(  5,1) =  2.486
VALUE(  6,1) =  3.000
VALUE(  7,1) =  1.793
VALUE(  8,1) =  1.238
VALUE(  9,1) =  1.074
VALUE( 10,1) =  1.024
VALUE( 11,1) =  1.267
VALUE( 12,1) =  2.159
VALUE( 13,1) =  1.609
VALUE( 14,1) =  1.160
VALUE( 15,1) =  0.977
VALUE( 16,1) =  1.000
VALUE( 17,1) =  1.104
VALUE( 18,1) =  1.801
VALUE( 19,1) =  1.505
VALUE( 20,1) =  1.158
VALUE( 21,1) =  1.003
VALUE( 22,1) =  1.091
VALUE( 23,1) =  1.426
VALUE( 24,1) =  2.484
VALUE( 25,1) =  1.407
VALUE( 26,1) =  1.194
VALUE( 27,1) =  1.161
VALUE( 28,1) =  1.260
VALUE( 29,1) =  1.882
VALUE( 30,1) =  4.562

~SLPSOL,1 ! Bishop
*DO,JJ,1,30
  *DO,II,1,10
    LABEL(JJ+30) = 'BIS' %JJ+30%
    ~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) =  2.765
VALUE( 32,1) =  1.984
VALUE( 33,1) =  1.500
VALUE( 34,1) =  2.605
VALUE( 35,1) =  2.570
VALUE( 36,1) =  3.186
VALUE( 37,1) =  2.148
VALUE( 38,1) =  1.604
VALUE( 39,1) =  1.321
VALUE( 40,1) =  1.310
VALUE( 41,1) =  1.606
VALUE( 42,1) =  2.570
VALUE( 43,1) =  1.817
VALUE( 44,1) =  1.424
VALUE( 45,1) =  1.229
VALUE( 46,1) =  1.310
VALUE( 47,1) =  1.523
VALUE( 48,1) =  2.134
VALUE( 49,1) =  1.633
VALUE( 50,1) =  1.300
VALUE( 51,1) =  1.238
VALUE( 52,1) =  1.370
VALUE( 53,1) =  1.729
VALUE( 54,1) =  2.865
VALUE( 55,1) =  1.484
VALUE( 56,1) =  1.278
VALUE( 57,1) =  1.290
VALUE( 58,1) =  1.459
VALUE( 59,1) =  2.094
VALUE( 60,1) =  4.837

~SLPSOL,2 ! Janbu
*DO,JJ,1,30
  *DO,II,1,10
    LABEL(JJ+60) = 'JAN' %JJ+60%
    ~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) =  2.398
VALUE( 62,1) =  1.661
VALUE( 63,1) =  1.400
VALUE( 64,1) =  2.553
VALUE( 65,1) =  2.485
VALUE( 66,1) =  2.945
VALUE( 67,1) =  1.922
VALUE( 68,1) =  1.397
VALUE( 69,1) =  1.150
VALUE( 70,1) =  1.147
VALUE( 71,1) =  1.394
VALUE( 72,1) =  2.177
VALUE( 73,1) =  1.663
VALUE( 74,1) =  1.289
VALUE( 75,1) =  1.098
VALUE( 76,1) =  1.150
VALUE( 77,1) =  1.286
VALUE( 78,1) =  1.919
VALUE( 79,1) =  1.517
VALUE( 80,1) =  1.198
VALUE( 81,1) =  1.120
VALUE( 82,1) =  1.205
VALUE( 83,1) =  1.484
VALUE( 84,1) =  2.447
VALUE( 85,1) =  1.394
VALUE( 86,1) =  1.189
VALUE( 87,1) =  1.173
VALUE( 88,1) =  1.289
VALUE( 89,1) =  1.865
VALUE( 90,1) =  4.300

~SLPSOL,3 ! Modified Janbu
*DO,JJ,1,30
  *DO,II,1,10
    LABEL(JJ+90) = 'JMD' %JJ+90%
    ~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) =  2.61
VALUE( 92,1) =  1.75
VALUE( 93,1) =  1.40
VALUE( 94,1) =  2.77
VALUE( 95,1) =  2.69
VALUE( 96,1) =  3.23
VALUE( 97,1) =  2.07
VALUE( 98,1) =  1.52
VALUE( 99,1) =  1.26
VALUE(100,1) =  1.28
VALUE(101,1) =  1.58
VALUE(102,1) =  2.11
VALUE(103,1) =  1.78
VALUE(104,1) =  1.38
VALUE(105,1) =  1.19
VALUE(106,1) =  1.26
VALUE(107,1) =  1.44
VALUE(108,1) =  2.12
VALUE(109,1) =  1.61
VALUE(110,1) =  1.28
VALUE(111,1) =  1.21
VALUE(112,1) =  1.31
VALUE(113,1) =  1.63
VALUE(114,1) =  2.65
VALUE(115,1) =  1.48
VALUE(116,1) =  1.27
VALUE(117,1) =  1.26
VALUE(118,1) =  1.40
VALUE(119,1) =  2.02
VALUE(120,1) =  4.63

! Warning and error tolerances
  *DO,II,1,NComp
    TOLER(II,1) = VALUE(II,1)*0.03
    TOLER(II,2) = VALUE(II,1)*0.03
  *ENDDO

! Known exceptions
  I=  1 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I=  2 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I=  8 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I=  9 $ TOLER(  I,1) = VALUE(I,1)*0.30  $  TOLER(  I,2) = VALUE(I,1)*0.30
  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)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 15 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 32 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 38 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 39 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 40 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 41 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 42 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 44 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 45 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 46 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 47 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 48 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 50 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 51 $ 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= 53 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 55 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 56 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 57 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 58 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 61 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 62 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  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= 70 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 71 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 72 $ TOLER(  I,1) = VALUE(I,1)*0.20  $  TOLER(  I,2) = VALUE(I,1)*0.20
  I= 73 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 74 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 75 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 76 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 77 $ TOLER(  I,1) = VALUE(I,1)*0.40  $  TOLER(  I,2) = VALUE(I,1)*0.40
  I= 78 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 79 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 80 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 81 $ 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= 83 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 84 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 86 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 87 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 88 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 89 $ 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= 98 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 99 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15

  I=  3 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 16 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 33 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 63 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15
  I= 93 $ TOLER(  I,1) = VALUE(I,1)*0.15  $  TOLER(  I,2) = VALUE(I,1)*0.15

! 11. Results comparison
! --------------------------------------------------
  COMPARA.MAC

Results

LabelTargetCivilFEMRatioTolerance
'FEL'1 2.333 2.22971.044 0.3499
'FEL'2 1.55 1.26111.186 0.31
'FEL'3 1 0.855571.144 0.15
'FEL'4 2.504 2.51640.995 0.07512
'FEL'5 2.486 2.50050.994 0.07458
'FEL'6 3 3.02590.991 0.09
'FEL'7 1.793 1.81420.988 0.05379
'FEL'8 1.238 1.19411.035 0.1857
'FEL'9 1.074 0.882581.178 0.3222
'FEL'10 1.024 0.781661.237 0.3072
'FEL'11 1.267 1.29650.977 0.03801
'FEL'12 2.159 1.76161.184 0.4318
'FEL'13 1.609 1.62350.991 0.04827
'FEL'14 1.16 1.17520.987 0.0348
'FEL'15 0.977 0.933291.045 0.1466
'FEL'16 1 0.901361.099 0.15
'FEL'17 1.104 1.12620.980 0.03312
'FEL'18 1.801 1.83170.983 0.05403
'FEL'19 1.505 1.51820.991 0.04515
'FEL'20 1.158 1.17060.989 0.03474
'FEL'21 1.003 1.01620.987 0.03009
'FEL'22 1.091 1.10180.990 0.03273
'FEL'23 1.426 1.44280.988 0.04278
'FEL'24 2.484 2.50370.992 0.07452
'FEL'25 1.407 1.41170.997 0.04221
'FEL'26 1.194 1.19830.996 0.03582
'FEL'27 1.161 1.16730.995 0.03483
'FEL'28 1.26 1.26990.992 0.0378
'FEL'29 1.882 1.8940.994 0.05646
'FEL'30 4.562 4.59350.993 0.1369
'BIS'31 2.765 2.77560.996 0.08295
'BIS'32 1.984 1.87561.055 0.3968
'BIS'33 1.5 1.5070.995 0.225
'BIS'34 2.605 2.62230.993 0.07815
'BIS'35 2.57 2.5920.991 0.0771
'BIS'36 3.186 3.21870.990 0.09558
'BIS'37 2.148 2.1570.996 0.06444
'BIS'38 1.604 1.61120.996 0.2406
'BIS'39 1.321 1.33080.993 0.1981
'BIS'40 1.31 1.32260.990 0.262
'BIS'41 1.606 1.61710.993 0.2409
'BIS'42 2.57 2.31871.098 0.514
'BIS'43 1.817 1.82320.997 0.05451
'BIS'44 1.424 1.43160.995 0.2136
'BIS'45 1.229 1.23660.994 0.1844
'BIS'46 1.31 1.3170.995 0.262
'BIS'47 1.523 1.53580.992 0.3046
'BIS'48 2.134 2.3370.905 0.4268
'BIS'49 1.633 1.6390.996 0.04899
'BIS'50 1.3 1.30670.995 0.195
'BIS'51 1.238 1.24380.995 0.1857
'BIS'52 1.37 1.37660.995 0.2055
'BIS'53 1.729 1.74120.993 0.2594
'BIS'54 2.865 2.88670.992 0.08595
'BIS'55 1.484 1.4890.997 0.2226
'BIS'56 1.278 1.28350.996 0.1917
'BIS'57 1.29 1.2950.996 0.1935
'BIS'58 1.459 1.46610.995 0.2188
'BIS'59 2.094 2.10790.993 0.06282
'BIS'60 4.837 4.87580.992 0.1451
'JAN'61 2.398 2.40920.995 0.3597
'JAN'62 1.661 1.60611.033 0.2492
'JAN'63 1.4 1.30271.069 0.21
'JAN'64 2.553 2.57850.990 0.07659
'JAN'65 2.485 2.50940.990 0.07455
'JAN'66 2.945 2.98180.988 0.08835
'JAN'67 1.922 1.93030.996 0.2883
'JAN'68 1.397 1.40410.995 0.2095
'JAN'69 1.15 1.16150.990 0.1725
'JAN'70 1.147 1.17730.974 0.2294
'JAN'71 1.394 1.44580.963 0.2788
'JAN'72 2.177 1.92661.115 0.4354
'JAN'73 1.663 1.66740.997 0.2495
'JAN'74 1.289 1.29420.996 0.1933
'JAN'75 1.098 1.10290.996 0.1647
'JAN'76 1.15 1.16270.989 0.1725
'JAN'77 1.286 1.3160.977 0.5144
'JAN'78 1.919 1.94190.988 0.2878
'JAN'79 1.517 1.52150.997 0.2276
'JAN'80 1.198 1.20330.996 0.1797
'JAN'81 1.12 1.12510.996 0.168
'JAN'82 1.205 1.20990.996 0.1807
'JAN'83 1.484 1.50620.985 0.2226
'JAN'84 2.447 2.45740.996 0.367
'JAN'85 1.394 1.39820.997 0.04182
'JAN'86 1.189 1.19410.996 0.1784
'JAN'87 1.173 1.18010.994 0.176
'JAN'88 1.289 1.29830.993 0.1933
'JAN'89 1.865 1.88060.992 0.2798
'JAN'90 4.3 4.33410.992 0.129
'JMD'91 2.61 2.60971.000 0.0783
'JMD'92 1.75 1.74751.001 0.2625
'JMD'93 1.4 1.42560.982 0.21
'JMD'94 2.77 2.77131.000 0.0831
'JMD'95 2.69 2.69570.998 0.0807
'JMD'96 3.23 3.22651.001 0.0969
'JMD'97 2.07 2.07190.999 0.0621
'JMD'98 1.52 1.51721.002 0.228
'JMD'99 1.26 1.25571.003 0.189
'JMD'100 1.28 1.28160.999 0.0384
'JMD'101 1.58 1.57851.001 0.0474
'JMD'102 2.11 2.10731.001 0.0633
'JMD'103 1.78 1.77711.002 0.0534
'JMD'104 1.38 1.38470.997 0.0414
'JMD'105 1.19 1.18631.003 0.0357
'JMD'106 1.26 1.25921.001 0.0378
'JMD'107 1.44 1.43651.002 0.0432
'JMD'108 2.12 2.1161.002 0.0636
'JMD'109 1.61 1.61280.998 0.0483
'JMD'110 1.28 1.28090.999 0.0384
'JMD'111 1.21 1.20631.003 0.0363
'JMD'112 1.31 1.31071.000 0.0393
'JMD'113 1.63 1.63310.998 0.0489
'JMD'114 2.65 2.65420.998 0.0795
'JMD'115 1.48 1.47561.003 0.0444
'JMD'116 1.27 1.2691.001 0.0381
'JMD'117 1.26 1.26220.998 0.0378
'JMD'118 1.4 1.39631.003 0.042
'JMD'119 2.02 2.01941.000 0.0606
'JMD'120 4.63 4.62631.001 0.1389

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