NCHRP Web Doc 14 Laboratory Determination of Resilient Modulus for Flexible Pavement Design Final Report (1997) / Chapter Skim
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J: Effect of Diametral Test Variables
J: Effect of Diametral Test Variables
Pages 441-456
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From page 441... ...
APPENDIX J EFFECT OF DI~ET~L TOT Vat - Liz J-1
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From page 442... ...
._ ~ _ r.-lo -pr.~.xv t-pr.~.xv nr..~.xv.c _ M 1 L101 1 1 4.144" 1 4.19341 67 ~30413 M1 L1012 1 4.1~ 1 .0.19338 67~4 M1L1013 4.16~2 4.19164 ~132 M1 L1021 4.16141 4.19 ~679247 ~7 M1 L1022 4.172Z7 -0.19 ~410 31~ M1L1023 4.16733 4.19~7 ~7 ~2 hIlL1OO]
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From page 443... ...
- ID rPr ~ xv l 1 MlM1011 1-0.02~3 MlM1012 1 4.0 t2315 MlM1013 p-0.00133 ~= r 4.002elB Ml M1022 | 0.0025~ M1 M1023 1 -0.01144 MlM1031 0.0~7 ~ 0.01~2 [ MlM1033 0.06136 1 .
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From page 444... ...
MlM2102 . 1 MlM2163 CoefRcient ot Verlebon: _ | pr.el.xv 0.17507 0.16216 0.1~0 0.16739 0.19 0.1~11 0.30173 0.33111 0.3S243 0.24413 O.Z7~7 0.2~96 0.3~363 0.379SO 0.3~1S 0.309S7 0.33~ 0.3~26 0.3497S 0.37726 0.42205 0.142" 0.21805 0.24SO.
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From page 445... ...
Table J-3. Effect of test variables: Stage 1 testing on medium gradation 4 in dia.
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From page 448... ...
x 3.75 in thick specimen at ~ 04 °F Averagee: I Test ID~I pr.eJ.Av ~ C3H1011 1 0.49793 C3H1012 C3H1013 l C3H1021 1 O.SO4S7 C3H1022 L~S1139 C3H1023 i O.S22~1 1 C3H1031 1 0.67757 C3H1032 1 0.~31 C3H1033 i 0.702= 1 C3H1041 1 0.61459 C3H1042 | 0.~7 C3H1043 i 0.~5933 1 C3H10S1 1 0.734593 C3H10452 I 0.73737 C3H 1053~ ~0.74J74 C3H1031 0.770~0 C3H1062 0.7S254 C3H 106 ~0.79779 C3H 1071 0.~725 C3H1072 0.9t72S C3H1073 0.9t307 C3H1061 0.93101 C3H10~2 0.95s9a C3H1033 ; 0.9393S C3H1091 i 0.4J731 C3H1~2 1 0.52211 C3H 1093 | 0.54a63 l C3H1101 1 O.SS919 C3H1102 ~ 1 O.S6704 C3H1103 1 0.S9716 l .
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From page 449... ...
1 9007 -0.07605 29201 15 2452637 1 201 198 1 0.15246 4.06542 2765712 2493313 12a3143 1 0.09288 4.23930 2785170 2559320 181267 1 0.13698 -0.23991 2856884 2546755 182015 11 0.12571 -0.241 2g 2978980 2564864 181308 1 0.1 1 736 4.225S0 2988137 2456549 281504 1 0.08S28 4.22586 2998052 2414539 280956 1 0.07522 .22680 3063148 2458157 280922 11 0.04317 u -0.213 - 3482S42 2403587 368885 ~0.04244 -0.21458 31443400 2399704 369365 1 0.27253 -0.21378 3107292 2428082 371105 11 0.02598 -0.24660 2924684 144657 -0.244333 290953e 145837 1 4.24724 3014018 14$185 R -0.23472 3107205 232557 -0.23302 2970628 233047 -0.23379 3051601 234440 -0.22105 30B4941 320516 ~.21987 301 3S25 320761 1 -0.22059 3065359 321496 IL p,.~ 0.13347 0.0341 4 0.1~4 0.02377 0.03503 0.02289 0.035 0.05747 0.04795 0.02260 0.020 C.C5638 0.01 922 0.01988 0.06864 0.06973 0.02437 0.04432 0.26470 0.055 1 ~ 0.08150 0.10497 0.22895 0.07376 0.1 432S 0.08910 0.10927 0.28703 0.03299 0.03836 0.11576 0.109S7 0.12253 0.20812 0.1 5870 0.06640 i 0.00391 0.00539 0.00271 . ~ 0.00591 0.00332 0.00230 0.00285 0.01 5ti6 0.0001S2 0.00504 0.00265 0.0031 B 0.002B1 0.~366 0.00920 0.0058 1 0.00423 0.00639 (NOTE: Sorne dsta missing due to exces~ive nase in vertcal defonnabon cats from mounted LVDT)
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From page 451... ...
Table I-9. Effect of test var~ables: Stage 2 testing at ~ 04 °F Test tO M111 M1 1 2 M113 M1 21 M122 M123 M131 M132 M133 C1 1 1 C1 1 2 C1 1 3 C121 C122 C123 C131 C1 32 C133 M211 M212 M213 M221 M222 M223 M231 M232 M233 C211 C212 C213 C221 C222 C223 C231 C232 C233 M31 1 M312 M313 M321 M322 M323 M33t M332 M333 C31 1 C312 O313 C32t C322 C323 C331 C332 C333 Averag - : Pt.~.~ 0.42869 0.42g46 0.46232 0.46363 0.44658 0.44057 0.40731 0.40905 0.40421 _ 0.35944 0.37t 49 0.39645 l 0.~ 0.41462 0.41667 0.40947 0.41035 0.41788 0.63648 0.60838 0.65574 0.67037 0.67346 0.700gO 0.67743 0.69315 0.69355 0.36261 0.37073 0.38g62 0.38520 0.36989 0.39612 0.37814 0.39040 0.39202 0.54078 0.53467 0.55061 0.50811 0.50496 0.51 492 ; 0.49075 1 0.50871 1 0.sos3e 0.549Os 1 0.54714 I 0.s668t 0.58778 0.59094 0.59481 1 0.58151 0.58521 0~58926 : _ .
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From page 452... ...
Test ID I _ M111 M1 1 2 M1 1 3 M121 M122 M123 M131 M132 M133 C111 C112 C1 1 3 C121 Ct22 C123 C1 31 C132 Ct33 M211 M212 M213 M221 M222 M223 M231 M232 M233 C211 C212 C213 C221 C222 C223 C231 C232 C233 M311 M312 M313 M321 M322 M323 M331 M332 M333 C~31 1 C312 C313 C321 C322 C323 C331 C332 C333 _ . Averag - : I Pr.d.,an 0.40998 0.41BO8 0.42745 0.371 B7 0.34320 0.36019 1 0.34482 0.3351 3 0.34645 0.33842 0.33933 0.33626 0.29g25 0.306B1 0.29271 0.28780 0.29769 0.311 84 0.57432 0.60755 0.61501 -0.58537 0.54553 0.54922 0.53680 0.s4804 0.53847 0.405(t6 0.41548 0.41248 0.37682 0.35148 0.36381 0.35609 0.34614 0.3521 0 0.341 74 0.35687 0.34408 0.32391 0.33302 0.33672 0.34857 0.34~8 0.35021 O.St 153 0.49222 0.48104 0.52170 0.52624 0~50947 0.51752 0.51237 L 0.51252 Pr.~.=; 0.0000 0.02143 0.0261 9 o.osaco 0.06761 0.08339 0.15487 0.15132 0.15956 -0.01 gO2 ~.02242 -0.024300 0.04149 0.04946 0.04500 0.1 0728 0.10506 0.1 1505 0-03586 0.04578 0.04656 0.
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From page 453... ...
| Re~ilient Modulus i 1 E=cmal 1 P'' Q 13347 1Q03414 10.16404 Q02377 Q03S0B Q02289 Q03569 Q05747 Q0479S QOS636 Q01972 0.01988 ~0~64 QO6g13 0.02437 Q04432 Q26470 0.05516 Q081SO Q10497 Q2289S 0.07376 Q14325 Q08910 Q10927 Q28703 Q032g9 Q03836 1 0.1157~ 1 0.10367 1 0.1ZS3 0.~812 0~15870 0.06640 1 0.~331 j Q00539 Q002? 1 Q00591 1 0.00332 1 I Q00230 1 1 1 QOOt85 ~OlS66 1 0.~2 QOOS01 QOO,~S 1 0.~316 i Q00261 Q00366 0~003~0 0.00581 1 Q00423 L Q00639 I Assumed 1 1 I mr.cl~a l Q10447 Q01800 Q13412 0~01981 Q01941 QOlSS7 Q01434 I Q02640 1 ~o'= ~1 a~t 0~03181 0.11663 Q02618 0.03556 L 0.074161 QOS354 0.02745 Q04530 Q154 Q04976 1 0.03S2S T QOI9S Q067SS 0.01~2 0.01338 Q01399 Qo%877 Q37432 O.OS249 0.0472B 0.06SOO 0.06376 Q05783 Q06791 o.osm Q01853 0.~403 Qo4823 0.02314 ~03043 0.01S70 0.01436 0.01087 Q05909 0.0084S 0.05595 Q029~7B 0 03220 Q01461 Q02255 Q01911 0.0~671 Q01580 0~0~665 | Glculated | Surface I mr.eL~m.c r Q05368 Q03980 Q05134 QOm7 0.036S4 Q02S21 0.01708 Q02642 QO2B47 0.07060 0~06261 Q0626S 1 Q02971 0.03270 Q03405 Q02152 0.02136 0 01826 1 o.~: 1 0.030S3 0.03445 rQO~S21 I Q00886 1 0.003SO t Q00719 0.01216 0.00424 l 1 '1 Calctiiateci 11 Extemal || mr.eLxv.c li ~01 0~01~35 11 I Q01684 1' 1 0.01610 1 Q01100 &01668 016 0~01660 Q01626 F~ Q00867 Q00280 0.00836 Q012S3 Q00202 rQOl~ Q01236 1 Q01421 Q01212 1 0.02ss6 rQO1914 Q01430 Q01309 0.01174 Q01908 Q01628 .02270 0.02347 ;OllS2 0.01441 0.00578 Q00576 aoosl7 0.01060 Q00420 0.~431 0.0033$ Q00374 0.00311 0.00326 0.002g8 0.00185 Q00305 0~00748 0.~13 o.oosos 1 0.~1 1 1 o.ooaso 1 C.001S8 0.00255 1 0.00216 1 0.00338 0.00323 Somc data missing duc to excess;vc noise in vcmca1 defo~mation data from mounted LYDI..
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From page 456... ...
8 1 0.00690 0.01438 0.00767 1 1 o.oosa3 0.02045 0.01 471 0.00996 0.00975 0.00878 l~ Calculated | Ex ernal mr.el.xv.c ~Z~ 0.03024 0.0191 1 0.01246 0.01101 0.01612 0.01403 0.009= 0.02163 0.01 576 0.01951 O.OZS7 0.02498 0.01087 0.02453 0.01272 0.00982 0.01369 rool243ll 0.02535 0.02755 0.02738 0.02419 0.02045 0.01200 0.01241 0.03434 0.01954 0.033so 0.03425 1 0.01387 0.01479 0.02333 1 0.01920 0.0288 1 0.01741 0.00698 0.006 0.00 0.~729 0.00461 0.00321 1 1 0.00247 0.00379 0.00285 I 0.0084g 1 0.00727 L~ 0.00461 0.00953 0.00339 1 0.00191 Notes: Calculations based on Elastic analysis using horiz. extensometer data.
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