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    Disposal Area B.l
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    SUMMARY OF
    LABORATORY TEST
    RESULTS
    Boring No.
    C
    ...............
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    No. DACW64.91.D.OOO1
    Del'
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    Order No. 0013
    SPT
    Dry
    Wat
    Dep1h
    PP
    Blows
    Visual
    USC Mc
    Unit
    Unit
    LL
    S#
    (ft)
    (1sf)
    per
    Classification
    (%)
    W1
    W1
    (%)
    Foot
    (pcf)
    (pcf)
    1
    0.2
    4.00
    Dark gray.Clay,Very stiff,w/roots
    CH
    19.5
    2
    2.4
    4.5+
    Dark gray,Clay,Hard,w/roots
    CH
    22.2
    3
    4.6
    4.5+
    Dark gray & gray,ClaY,Hard,w/sand pockets
    CH
    17.2
    4
    6.8
    4.5+
    Dark gray,Clay,Hard,wlcalcareous nodules
    CH
    16.9
    111.0 129.8
    5
    8.5.tO
    21
    Tan,Sand,Medium dense,Silty
    SM
    6
    13.5.15
    42
    Tan,Sand, Dense,Silty
    SM
    7
    18.5.20
    37
    Yellowish brown,Sand,Dense,'w/silt
    pP.SM
    8
    22.24
    1.50
    Yellowish brown,Clay. Stiff. Sandy,w/calcareous
    CL
    19.3
    nodules
    9
    24.26
    1.50
    Yellowish brown ,Cia y.Stiff,Sandy,w/calcareous
    CL
    18.4
    nodules
    S #
    :
    Sample Number, P P : Pocket Penetrometer Reading. USC: Unified Soil Classification, M
    c.:
    Moisture Content
    q u : Unconlined Compressive Strength, W
    0
    H : Weight of hammer, WOP: Weight of pipe
    60
    59
    23
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    Mechanical Analysis
    PL
    % Passing
    (%)
    #4
    #10
    #40
    #100
    .
    25
    I
    25
    100.0
    99.7 98.4
    100.0 100.0
    99.5
    100.0 99.7 99.5
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    Strength (tst)
    #200 (tsl)
    91.5
    12.04
    18.7
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    JOB
    .NO.
    14G475
    DATE
    5/30/91
    PROJECT
    DISPOSAL
    AREA B, CHANNEL TO VICTORIA, NEAR SEADRIFT, TX
    {hNG NO.. 90-198
    SAMPLE NO.
    4
    DEPTH
    6-8 ft
    SPECIMEN NO.
    1
    CLASSIFICATION
    Dark gray, clay, hard, w/ calcareous nodules
    Tare No.
    GE-6
    Tare plus Wet Specimen
    379.12
    gm
    Tare plus Dry Specimen
    330.52
    gm
    Water Weight
    48.60
    gm
    Tare weight
    42.56
    gm
    Wet specimen
    1198.73
    gm
    Dry Specimen
    1025.63
    gm
    Water Content
    16.88 %
    Specific Gravity of Solids
    LL = 59
    PL = 25
    PI =
    Height
    Average Diameter
    Initial Area
    Volume
    Volume
    of Solids
    Void Ratio
    Saturation
    Dry Density
    34
    proving Ring No. 10170
    5.595 in.
    2.830 in.
    6.290 sq in.
    35.194 cu in.
    cu in.
    !lc
    o
    111. 0 lb/cu ft
    proving Ring Constant, K = .766 lbs/div.
    Elapsed
    Time
    )11in.
    -------
    "
    .0
    .4
    .9
    1.3
    1.8
    2.6
    2.8
    3.0
    3.2
    3.5
    3.7
    3.8
    4.0
    4.2
    4.3
    4.5
    Dial
    Reading
    0.001"
    O.
    10.
    20.
    30.
    40.
    60.
    70.
    80.
    90.
    100.
    110.
    120.
    130.
    140.
    150.
    155.
    Cumulative
    Change
    in.
    .000
    .010
    .020
    .030
    .040
    .060
    .070
    .080
    .090
    .100
    .110
    .120
    .130
    .140
    .150
    .155
    proving Ring
    Dial Reading
    .0
    135.0
    340.0
    560.0
    770.0
    1133.0
    1227.0
    1265.0
    1312.0
    1346.0
    1375.0
    1390.0
    1403.0
    1409.0
    1410.0
    1406.0
    Axial
    Load
    lb
    .0
    103.4
    260.4
    429.0
    589.8
    867.9
    939.9
    969.0
    1005.0
    1031. 0
    1053.3
    1064.7
    1074.7
    1079.3
    1080.1
    1077.0
    Axial
    strain
    .000
    .002
    .004
    .005
    .007
    .011
    .013
    .014
    .016
    .018
    .020
    .021
    .023
    .025
    .027
    .028
    Area
    Corr.
    sq in.
    6.29
    6.30
    6.31
    6.32
    6.34
    6.36
    6.37
    6.38
    6.39
    6.40
    6.42
    6.43
    6.44
    6.45
    6.46
    6.47
    compr.
    Stress
    tsf
    .000
    1.182
    2.970
    4.884
    6.703
    9.828
    10.624
    10.933
    11. 319
    11. 591
    11. 819
    11.926
    12.016
    12.045
    12.031
    11.986

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