DENSITY TEST WORKSHEET, Lecture notes of Chemistry

DENSITY TEST WORKSHEET - SAND CONE METHOD. North Dakota Department of Transportation, Materials & Research. SFN 59725 (5-2019). Test Number.

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DENSITY TEST WORKSHEET - SAND CONE METHOD
North Dakota Department of Transportation, Materials & Research
SFN 59725 (5-2019)
Test Number
Time
Lot
Station
Offset from centerline
Lane
Depth below finished grade ft.
a Unit Weight of Sand (pcf) SFN 59724
b Wt. material removed from test hole-lbs.
c Initial sand weight - lbs.
d Final sand weight - lbs.
e Wt. sand in funnel and hole = c - d
f Cone calibration factor- lbs. SFN 59724
g Wt. sand in hole = e - f (lbs.)
h Volume of test hole = g/a (cu. ft.)
l Wet Density = b/h/(lbs./cu. ft.)
j Dry Density = i/(100+p) x 100(lbs./cu.ft.)
Moisture Determination
k Wet weight + container
l Dry weight + container
m Moisture loss = k - l
n Tare weight of container
o Dry weight of soil = l - n
p Moisture Percentage = (m/o) x 100 (%)
ND Procedure
Test Number (Proctor Test)
Station
Offset from centerline
Depth below finished grade
q Maximum Dry Density
Optimum Moisture
Required % maximum Dry Density
% Maximum Dry Density = (j/q) x 100
Required Moisture
Moisture = p
Remarks
TEST
IDENTIFICATION
IN-PLACE DRY DENSITY DETERMINATION
MOISTURE-DENSITY
RELATIONSHIP TEST
REQUIRED
MOIS-DENS.
Tech IDTested By
Date
PCNProject Number

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DENSITY TEST WORKSHEET - SAND CONE METHOD

North Dakota Department of Transportation, Materials & Research

SFN 59725 (5-2019)

Test Number Time Lot Station Offset from centerline Lane Depth below finished grade ft. a Unit Weight of Sand (pcf) SFN 59724 b Wt. material removed from test hole-lbs. c Initial sand weight - lbs. d Final sand weight - lbs. e Wt. sand in funnel and hole = c - d f Cone calibration factor- lbs. SFN 59724 g Wt. sand in hole = e - f (lbs.) h Volume of test hole = g/a (cu. ft.) l Wet Density = b/h/(lbs./cu. ft.) j Dry Density = i/(100+p) x 100(lbs./cu.ft.) Moisture Determination k Wet weight + container l Dry weight + container m Moisture loss = k - l n Tare weight of container o Dry weight of soil = l - n p Moisture Percentage = (m/o) x 100 (%) ND Procedure Test Number (Proctor Test) Station Offset from centerline Depth below finished grade q Maximum Dry Density Optimum Moisture Required % maximum Dry Density % Maximum Dry Density = (j/q) x 100 Required Moisture Moisture = p Remarks

TEST

IDENTIFICATION

IN-PLACE DRY DENSITY DETERMINATION

MOISTURE-DENSITYRELATIONSHIP TEST

REQUIREDMOIS-DENS.

Project Number PCN Date Tested By Tech ID