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    Name of Work : Trial

    SPECIFIC GRAVITY & WATER ABSORPTION TEST (I S 2386 III/63)

    Observations

    Weigt of Pycnometer (gms)   W1

    Weigt of Pycnometer + Sand (gms)   W2 

    Weigt of Pycnometer + Water +Sand (gms)   W3

    Weigt of Pycnometer + Water (gms)   W4

    W2-W1   W5 

    W3-W4 (W4-W1)-(W3-W2)   W6 

    Specific Gravity=(W2-W1)/(W2-W1)-(W3-W4)

     verage Specific Gravity

    WATER ABSORPTION TEST

    Observations

    Weigt of Sat!rated ggregate in ir (gms) W1

    Weigt of "ven #ried ggregate (gms) W2

    Weigt of $ater %sor%ed (W3-W4) (gms) W3

    Percent Water %sorption=W&/W4'1()

     verage ggregate Water %sorption()

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    Test 1 Test 2

    &&4* &,

    1&& 1&4*

    21 21,,*

    14 144

    1* .4*

    3&* 31

    2*, 2*

    2*,.

    Test 1 Test 2

    1.., 132

    1.,2 131

    2 1

    1*2, *,&

    1*1

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    Name of Work : Trial

    SPECIFIC GRAVITY & WATER ABSORPTION TEST (I S 2386 III/63)

    Observations Test 1

    Weigt of Sat!rated ggregate + as0et in $ater (gms) W1 3

    Weigt of as0et in $ater (gms) W2

    Weigt of Sat!rated ggregate in $ater (W1-W2) (gms) W 2

    Weigt of Sat!rated ggregate in ir (gms) W3 3

    Weigt of "ven #ried ggregate (gms) W4 31

    Weigt of $ater %sor%ed (W3-W4) (gms) W& 4.

    Percent Water %sorption=W&/W4'1() 1*4

     verage ggregate Water %sorption() 1*3

    Specific Gravity=W4/(W3-W) 3*33

     verage Specific Gravity 2*&

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    Test 2

    2

    1

    3

    2.&

    4

    1*3

    1*.,

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    Gradation of Fine Aggregate

    Name of Work : Trial

    Weight of Sample Taken 1000 Gms

    1 mm * 0.00% 0.00% 100.00%

    4*, mm .2* 9.20% 9.20% 90.80%

    2*3& mm 43* 4.30% 13.0% 8!.0%

    1*1 mm 1* 1.00% 28.0% "1.0%

    & icron 13* 13.00% 41.0% 8.0%

    3 icron 11* 11.00% 2.0% 4".0%

    1 icron 4* 40.00% 92.0% ".0%

    Concluded Sand Z

    Gradation of Course Aggregate

    Name of Work :

    Weight of Sample Taken 1230 Gms

    &3 mm * 0.00% 0.00% 100.00%

    4 mm 4* 4.0% 4.0% 9.0%

    2 mm &* !.00% !9.0% 30.0%

    1 mm ,* ".0% "".00% 23.00%

    4*, mm 21* 21.00% 98.00% 2.00%

     I.S.Sieve SizeMM

    WeightRetained in

    Gms

     PercentRetained %

    CummulativePercent Retained

    %

    Percent Passing%

     I.S.Sieve SizeMM

    e g

    Retained inPercent

    Retained %

    ummu a ve

    Percent RetainedPercent Passing

    %

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    Concluded Metal Size

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    Zone I Zone II Zone III Zone IV

    100 100 100 100

    90.80 90.80 90.80 90.80

    90##100 90##100 90##100 9##100

    8!.0 8!.0 8!.0 8!.0

    !0##9 "##100 8##100 9##100

    ,1* "1.0 ,1* ,1*

    30##"0 ##90 "##100 90##100

    * 8.0 * *

    1##34 3##9 !0##"9 80##100

    4,* 4,* 4,* 4".0

    ##20 8##30 12##40 1##0

    ".0 ".0 ".0 ".0

    0##10 0##10 0##10 0##1

      ne $one

    4MM !MM

    100

    9.0 9.0

    9##100 100

    30.0 30.0

    30##"0 9##100

    23.00 23.00

    10##3 2##

    2.00 2.00

    0## 0##10

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    20mm

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    Concrete mix design(IS 10262-2009)

    Name of Work:

    STEP A : Design Stipulation

    1. &e'i(e Gra(e of )on'rete to *e (esigne(

    2. )hara'teristi' Strength re+,ire( -'k/

    3. aim,m sie of ggregates

    4. &egree of ,alit5 )ontrol

    . &egree of 6pos,re!. inim,m )ement )ontent -or *o7e 6pos,re as per ta*le /

    ". aim,m ater )ement atio -or *o7e 6pos,re as per ta*le /

    8. &egree of Worka*ilit5 0 mm. Sl,mp

    9. Whether lasti'ier to *e ,se( No

    Step B : Test Data o Mate!ial : Tests to "e Conducted in #a"o!ato!$

    1. )ement ;se( 43 Gra(e ith 28 (a5s strength

    2. Spe'i?S?= 1.!

    Step D : Selection &!ee Wate! Ce'ent Ratio

    @en'eA for a target ean strenght of 33.2pa

    )he'k

    WhetherA this ater 'ement ration is less than permissi*le 0.0 B

     CesD.. @en'e okA ,se ater 'ement ration as (etermine( a*o7e

    Step E : Selection o Wate! Content

    n this 'aseA . aggregates are ,se(A 20

    Step E : Calculation o Ce'ent Content

    Water )ement ratio

    Note. t is not ne'essar5 to 'on(,'t 'ement testing

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    @en'e F? 

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    2

    2NEs+.mm.

    20mm

    air

    o(erate #))300?gE),m

    0.0

    43NEs+.mm.

     3.1

    2.!

    2."9

    1.38

    1.01

    $one

    33.2pa

    C

    WE) atio#0.42

    ()*+

     itE),m#18!

    6pos,re

    il(#)) 300

    0.42 o(erate #)) 300

    hen'e the ater'ontent iill *e

    in.)ement

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    6treme #)) 3!0

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    Ta"le ,a. W)

    0. 20

    0.0 2

    in.Gra(e

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    0.40 40

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    Step & : P!opo!tion o Coa!se agg!egate And &ine agg!eg

    aim,m ggregate Sie Hol,me of )oar. g

    $oneH $one

    -( '' 0. 0.48

    +( '' 0.!! 0.!4

    *( '' 0." 0."3

    n this ,singa*o7e 'hart 7ol,me of 'oarse agregate is

    ,rter ater 'ement ration is ess than 0.0 hen'e 'orre'tion ill *e

    0.01 I -0.0 # I/ E 0.0 = II an( the 'orre'te( aggreagte 'onten(t ill *eIII#II=

    an( th,s 7oll,me of san( ill *e 1#II

    Step . : Mi/ Calculation

    No e kno

     Weight of )ement :

    Weight of ater :

    7ol,me of san( :

    7ol,me of 'oarse aggregate :

    a. 7ol,me of 'on'rete = 1 ',m = a a=

    *. 7ol,me of 'ement = ass of 'ement E sp.gr.of 'ement I 1E1000 *=

    '. 7ol,me of ater = ass of ater E sp.gr.of ater I 1E1000 '=

    ( 7ol,me of all in aggregate = a#-*>'/ (=

    e. mass of 'oarse aggregate = (I7ol. of ) I sp.gr of ) I 1000

    f. mass of 0.01 for e7er5 ># 0.0 'hange in ater 'ementratio

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    ate

    gre. for san( one

    $one $one

    0.4! 0.44

    0.!2 0.!

    0."1 0.!9

    0.!2

    0.!0

    0.40

    443?gE),m

    18!?gE),m

    0.40),m

    0.!0),m

    1),m

    0.140!),m

    0.18!),m

    0.!"3),m

    10"9?g

    "44 ?g

    ).. W.). atio

    2.44 0.42

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    Step : Trials

    repare mi ,sing a*o7e mi proportion. F*ser7e sl,mpA tet,re 'ohesi7enes'on'rete. ake ne'essar5 a(K,stments *ase( on o*ser7ations. Take atleas

    in'reasing an E or (e'reasing the ater 'ement ratio. or e'onom5 ,tilise miiration. o*ser7e " (a5s an( 28 (a5s strengths of ',*es.

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    A orkailit5 of fresht three trials *5

    m,m ater 'emente( on strength.

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    Name of Work :

    Consistancy of Standard Cement Paste(IS 4031(Part 4)-1988)

    Wt. of )ement- ) / ,antit5 of Water

    1

    2

    3

    Setting Time of Cement (IS 4031(Part 5)-1988)

    1 Wt. of Water in Gms2 Wt. of )ement- ) /in Gms

    3 Time at hi'h ater is mie( ith 'ement

    3 Time at hi'h nee(le- ) / fails to pier'e the test *lo'k

    4

    nal Setting Time of )ement sample in min,tes

    J nitial Setting Time of )ement sample in min,tes

    Sr.

    No.

    er'entage of

    Water

     Time at hi'h nee(le -/ makes an impression hile ann,al ringfails to (o so

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    &epth of enetration

    from *ottom in