test REG S_39

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NATURAL MOISTURE CONTENT TEST OF SOIL Te st No . Date of Test Locatio n of Test Point Sampl e No. Wt, of Tin (gm) W 1 Wt. of Tin + Wet soil (gm) W 2 Wt. of Tin + Dry soil gm W3 Loss of water (gm) (W 2 -W 3 ) Wt. of Dry soil (gm) W3-W1 Moistu re conten t (%) Tested By Checked By AE/SO AEE EE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Page 1 of 7 (NMC)

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Transcript of test REG S_39

Page 1: test REG S_39

NATURAL MOISTURE CONTENT TEST OF SOIL

TestNo.

Date of TestLocation ofTest Point

SampleNo.

Wt, of Tin(gm)W1

Wt. of Tin + Wet soil(gm) W2

Wt. of Tin+ Dry soilgm W3

Loss of water(gm)

(W2-W3)

Wt. of Dry soil(gm)

W3-W1

Moisturecontent

(%)Tested By

Checked By

AE/SO AEE EE

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2

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NATURAL MOISTURE CONTENT TEST OF SOIL

TestNo.

Date of TestLocation ofTest Point

SampleNo.

Wt, of Tin(gm)W1

Wt. of Tin + Wet soil(gm) W2

Wt. of Tin+ Dry soilgm W3

Loss of water(gm)

(W2-W3)

Wt. of Dry soil(gm)

W3-W1

Moisturecontent

(%)Tested By

Checked By

AE/SO AEE EE

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NATURAL MOISTURE CONTENT TEST OF SOIL

TestNo.

Date of TestLocation ofTest Point

SampleNo.

Wt, of Tin(gm)W1

Wt. of Tin + Wet soil(gm) W2

Wt. of Tin+ Dry soilgm W3

Loss of water(gm)

(W2-W3)

Wt. of Dry soil(gm)

W3-W1

Moisturecontent

(%)Tested By

Checked By

AE/SO AEE EE

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DETERMINATION OF SAND CONTENT OF SOIL (SIEVE ANALYSIS)S

ampl

e N

o.

Sam

ple

Loc

atio

n

Dat

e of

test

ing Sample

Weighttaken in gm

IS

SIE

VE

S Wt. of sample

Retained (gm)

Percentage of Wt.

Retained

Cumulative %of weightRetained

% WeightPassing

Summary of ResultsAgent contrac-tor

Represen-tative of PWD (NEC)

Clay/Silt(-75 micron)

%

Sand(-4.75 +75micron.)

%

Gavel(-40mm+4.75mm)

%

Dry

Sie

ving

40mm

25mm

20mm

10mm

4.75mmW

et S

ievi

ng

2.36mm

1.18mm

600 µ

425 µ

75µ

Sam

ple

No.

Sam

ple

Loc

atio

n

Dat

e of

test

ing Sample

Weighttaken in gm

IS

SIE

VE

S Wt. of sample

Retained (gm)

Percentage of Wt.

Retained

Cumulative %of weightRetained

% WeightPassing

Summary of ResultsAgent contrac-tor

Represen-tative of PWD (NEC)

Clay/Silt(-75 micron)

%

Sand(-4.75 +75micron.)

%

Gavel(-40mm+4.75mm)

%

Dry

Sie

ving

40mm

25mm

20mm

10mm

4.75mm

Wet

Sie

ving

2.36mm

1.18mm

600 µ

425 µ

75µ

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DETERMINATION OF THE FIELD DRY DENSITY OF SOIL BY CORE CUTTER:

Location

Chainage

Layer Type

Layer No.

Date o testing

1) Determination No. 1 2 3 4 1 2 3 4 1 2 3 4

2) Weight of the Empty cutter Wc in gms

3) Volume of core cutter Vc in gms

4) Weight of Core cutter + Wet soil Ws in gms

5) Weight of Wet soil in cutter (Ws-Wc) in gms

6) Bulk Density γb=(Ws-Wc) x Vc gm/cc

7) Moisture Content Container no.

8) Moisture content(W) Percent:

9) Dry Density, γb =100γb/(100+ W), gm/cc

10) Mean Value of γb & W

10)Laboratory Dry Density gm/cc & O.M.C.%

Remarks if any

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TEST FOR DETERMINATION OF DRY DENSITY OF COMPACTED LAYER(GRANULAR SUB-BASE)

Location

Date o testing

A) Calibration of Sand

i) Mean wt. of sand in Cone (of pouring Cyl- inder)(W2) in gm :

ii) Volume of calibrating Cylinder(V) in cc

iii) Weight of Sand (+cylinder) before pouring (W1) in gm :

iv) Mean Weight of Sand (+cylinder) after pouring (W3) in gm :

v) Weight of sand to fill calibrating cylinder.(Ws=W1-W3-W2) in gm :

vi) Bulk density of sand γs = (Ws/V) gm/cc:

B) DETERMINATION OF GSB DENSITY:

1) Determination No. 1 2 1 2

2) Weight of wet Granular material from hole(Ww) in gm

3) Weight of Sand (+cylinder) before pouring (W1) in gm :

4)Weight of Sand (+cylinder) after pouring (W3) in gm

5) Weight of sand in hole, in gm. (Wb=W1-W4-W2)

6) Volume of sand In hole V = Wb/ γs

7) Bulk Density γb =(Ww/V) gm/cc

8) Moisture Content container No:

8) Moisture content(W) Percent:

9) Dry Density, γd =100γb/(100+ W), gm/cc

10) Mean Value of γb & W

10)Laboratory Dry Density gm/cc & O.M.C.%

Remarks if any

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