1. 2-1

2. 2-2 3. 4. 4. 4. 4.1 _1 B P X440079.74604 BP 319 44 39.89 Y201284.85996 IP1 () I PX 440120.86683 Y 201250.04176 1 319 44 39.89 X 440094.84002 2 238 27 20.10 Y 201245.87294 I A 81 17 19.80R 20.00000 D T53.88160 T L17.16899S L6.35857C L28.37516 S D36.71261SPX 440114.58829SPY201249.03610 X Y B C36.71261 440107.76398 201261.13633 E C65.08777 440111.88471 201235.40975 (NO.) X Y B P 0.00000 0+00.0000 440079.74604 201284.859963194439.8920.00000 1+00.0000 440095.00943 201271.93599 B C36.71261 1+16.7126 440107.76398 201261.136333194439.8940.00000 2+00.0000 440110.08734 201258.815853101936.2660.00000 3+00.0000 440113.96927 201240.03584253 151.46 E C65.08777 3+05.0878 440111.88471 201235.409752382720.10 5. IP2 ()I PX440103.00109 Y201220.93819 1 23827 20.10 X440126.35237 2 30036 49.24 Y201220.74852I A62 9 29.15R 20.00000 D T34.14971T L12.05480S L3.35205C L21.69727S D 4.92592SPX440106.35303 SPY201220.91096 X Y B C 70.01369440109.30767201231.21171E C 91.71096440109.13996201210.56358 (NO.) 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IP4 () I PX440124.10010 Y201109.04924125553 50.94 X440177.80842 230214 49.74 Y201117.62531I A 46 20 58.80R 50.00000 D T55.17496T L21.40404S L4.38872C L40.44772S D13.20518SPX440128.43392 SPY201109.74126 X Y B C179.14900440129.31536201129.80819E C219.59671440135.52070201090.94668 (NO.) X Y B C 179.149008+19.1490 440129.31536201129.80819 2555350.94180.000009+00.0000 440129.11504201128.98111 2565221.57200.00000 10+00.0000 440128.53669201109.12259 2794727.50E C 219.59671 10+19.5967 440135.52070201090.94668 3021449.74 8. IP5 () I PX440145.71372 Y201074.78995130214 49.74 X440182.51996 232528 6.02 Y201110.15714I A 23 13 16.28R50.00000 D T40.50738T L10.27316S L 1.04447C L20.26431S D 8.83018SPX440146.46685SPY201075.51363 X Y B C228.42689440140.23224 201083.47852E C248.69120440154.17688 201068.96649 (NO.) 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IP 7 () I PX440191.08030 Y200959.671311 272 43 10.70 X440248.84779 2 347 13 17.27 Y201008.09342I A 74 30 6.57 R 60.00000 D T86.83503T L 45.62657 S L15.37761 C L78.01813S D 11.45768 SPX440202.86531 SPY200969.54979 X Y B C 325.43086 440188.91537201005.24649E C 403.44899 440235.57680200949.57948 (NO.) X Y 320.0000016+00.0000440188.65769201010.67123B C 325.4308616+05.4309440188.91537201005.24649 2724310.70340.0000017+00.0000440191.35806200990.91987 2863755.70360.0000018+00.0000440200.14157200973.05482 3054350.64380.0000019+00.0000440214.28695200959.04703 3244945.57400.0000020+00.0000440232.23701200950.43857 3435540.51E C 403.4489920+03.4490440235.57680200949.57948 3471317.27 11. IP8 () I PX440284.38455 Y200938.50986134713 17.27 X440249.18704 233156 39.61 Y200843.95300I A 15 16 37.66R100.00000D T95.67387T L13.41136S L0.89531 C L26.66362S D36.63594SPX440284.07222SPY200937.67079 X Y B C440.08494440271.30536 200941.47623E C466.74856440296.21996 200932.20211 (NO.) 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IP 12 () I PX440561.94478 Y200787.15884132834 33.46 X440578.63330 235322 24.31 Y200835.55635I A 24 47 50.85R 50.00000 D T42.03047T L10.99205S L1.19400C L21.63986S D20.22085SPX440562.33401 SPY200788.28761 X Y B C761.66772440552.56491200792.88974E C783.30759440572.86340200785.89038 (NO.) X Y 760.00000 38+00.0000 440551.14179200793.75924B C 761.66772 38+01.6677 440552.56491200792.88974 3283433.46780.00000 39+00.0000 440569.59292200786.38042 3493459.53E C 783.30759 39+03.3076 440572.86340200785.89038 3532224.31 16. IP 13 () I PX440586.20991 Y200784.33986135322 24.31 X440572.64029 233531 24.03 Y200735.58002I A 17 510.27R 50.00000 D T24.42833T L 7.85218S L0.61281C L15.57713S D 5.58410SPX440586.04561 SPY200783.74948 X Y B C788.89169440578.41019200785.24599E C804.46882440593.35641200781.08653 (NO.) X Y B C 788.89169 39+08.8917 440578.41019200785.24599 3532224.31800.00000 40+00.0000 440589.21194200782.75396 3403839.22E C 804.46882 40+04.4688 440593.35641200781.08653 3353124.03 17. IP 14 () I PX440631.71375 Y200763.624951 33531 24.03 X440632.44565 22036 10.03 Y200785.26665I A 45 4 45.99R 20.00000 D T49.99707T L8.30052S L1.65407C L15.73569S D 33.84437SPX440631.76966 SPY200765.27807 X Y B C 838.31319440624.15920200767.06404E C 854.04888440639.48339200766.54580 (NO.) X Y 820.0000041+00.0000 440607.49181200774.65161B C 838.3131941+18.3132 440624.15920200767.06404 3353124.03840.0000042+00.0000 440625.72205200766.43069 3402120.55E C 854.0488842+14.0489 440639.48339200766.54580203610.03 18. IP 15 () I PX440650.95176 Y200770.857111 2036 10.03 X440649.19605 233016 57.12 Y200748.83053I A 50 19 12.91R 20.00000 D T20.55250T L 9.39429S L2.09644C L17.56508S D 2.85769SPX440650.78518 SPY200768.76730 X Y B C856.90657440642.15831200767.55138E C874.47165440659.11052200766.20014 (NO.) X Y B C 856.90657 42+16.9066 440642.15831200767.55138203610.03860.00000 43+00.0000 440645.12637200768.41210114426.71E C 874.47165 43+14.4716 440659.11052200766.20014 3301657.12 19. IP 16 () I PX440681.97726 Y200753.147941 330 16 57.12 X440695.35003 2 359 44 6.62 Y200803.08666I A 29 27 9.50 R50.00000 D T35.72389T L 13.14181 S L 1.69823C L25.70227S D 13.18779 SPX440682.41654SPY200754.78837 X Y B C 887.65944 440670.56386 200759.66264E C 913.36172 440695.11893 200753.08720 (NO.) X Y 880.0000044+00.0000440663.91178 200763.45961B C 887.6594444+07.6594440670.56386 200759.66264 3301657.12900.0000045+00.0000440681.92402 200754.92296 3442525.57E C 913.3617245+13.3617440695.11893 200753.08720 35944 6.62 20. IP 17 () I PX440705.97250 Y200753.037031 35944 6.62 X440699.67693 2 29543 45.07 Y200743.06602I A 64 0 21.54R10.00000 D T23.99550T L6.24942S L 1.79217C L11.17115S D4.60427SPX440705.01570SPY200751.52164 X Y B C 917.96599440699.72315 200753.06592E C 929.13714440708.68549 200747.40720 (NO.) X Y B C 917.9659945+17.9660 440699.72315 200753.06592 35944 6.62920.0000046+00.0000 440701.74219 200752.85043 348 452.13E C 929.1371446+09.1371 440708.68549 200747.40720 2954345.07 21. IP 18 () I PX440717.61294 Y200728.88148129543 45.07 X440723.72632 2 3 7 43.04 Y200739.23056I A 67 23 57.96R 10.00000 D T26.81400T L 6.66910S L2.01985C L11.76342S D13.89548SPX440718.64025 SPY200730.62057 X Y B C943.03262440714.71776200734.88938E C954.79604440724.27210200729.24546 (NO.) X Y 940.00000 47+00.0000 440713.40125200737.62133B C 943.03262 47+03.0326 440714.71776200734.88938 2954345.07E C 954.79604 47+14.7960 440724.27210200729.24546 3 743.04 22. IP 19 ()I PX 440741.49022 Y 200730.186591 37 43.04 X 440731.05343 2 2040 53.90 Y 200779.69076I A1733 10.86R 50.00000 D T23.91292T L 7.71942S L0.59239C L15.31790S D 9.52440SPX 440741.36802SPY200730.76623 X Y B C964.32044440733.78231 200729.76528E C979.63834440748.71218 200732.91290 (NO.) X Y 960.00000 48+00.0000440729.46830 200729.52948B C 964.32044 48+04.3204440733.78231 200729.76528 3 743.04E C 979.63834 48+19.6383440748.71218 200732.91290204053.90980.00000 49+00.0000440749.05053 200733.04063 1000.00000 50+00.0000440767.76168 200740.10413E P1001.02340 50+01.0234440768.71913 200740.46557204053.90E PX440768.71800EP 20 40 53.90Y200740.46514 23. _1-1B PX440145.98882BP 240 47 40.37Y201066.18408IP1 () I PX 440135.05464 Y 201046.624041 240 47 40.37 X 440184.10385 2 265 46 47.36 Y 201031.89661I A 24 59 6.99 R 50.00000 D T22.40874T L 11.07799 S L1.21252C L21.80376S D 11.33074 SPX 440136.21594SPY201046.27535 X Y B C11.33074 440140.46007 201056.29375E C33.13451 440134.23942 201035.57608 (NO.) X Y B P 0.00000 0+00.0000 440145.98882 201066.184082404740.37B C11.33074 0+11.3307 440140.46007 201056.293752404740.37 20.00000 1+00.0000 440136.90550 201048.398622504343.62E C33.13451 1+13.1345 440134.23942 201035.576082654647.36 24. IP2 () I PX440132.49640 Y201011.95461 126546 47.36 X440182.99670 228523 21.11 Y201016.89242I A19 36 33.75R 50.00000 D T34.76369T L8.64071S L0.74113C L17.11241S D 15.04498SPX440133.23401 SPY201012.02673 X Y B C48.17949440133.13227201020.57189E C65.29190440134.78942201003.62371 (NO.) X Y 40.000002+00.0000 440133.73419201028.72921B C 48.179492+08.1795 440133.13227201020.57189 2654647.3660.000003+00.0000 440133.65746201008.79059 2791930.45E C 65.291903+05.2919 440134.78942201003.62371 2852321.11 25. IP3 () I PX440145.89713 Y200963.26771128523 21.11 X440094.17323 225542 4.92 Y200962.77544I A 29 41 16.18R50.00000 D T50.49746T L13.25158S L 1.72624C L25.90752S D28.60518SPX440144.17096SPY200963.25128 X Y B C 93.89707440142.38050 200976.04416E C119.80459440142.62431 200950.42665 (NO.) X Y 80.000004+00.0000 440138.69258 200989.44296B C93.897074+13.8971 440142.38050 200976.04416 2852321.11100.000005+00.0000 440143.63739 200970.07593 2782344.73E C 119.804595+19.8046 440142.62431 200950.42665 25542 4.92 26. IP4 () I PX440138.45081 Y200934.05172125542 4.92 X440119.82656 223817 37.79 Y200941.95816I A 17 24 27.13R20.00000 D T30.14999T L 3.06178S L 0.23300C L6.07638S D13.83664SPX440138.23633SPY200934.14277 X Y B C133.64123440139.20699 200937.01865E C139.71760440136.84165 200931.44690 (NO.) X Y 120.000006+00.0000 440142.57605 200950.23729B C 133.641236+13.6412 440139.20699 200937.01865 25542 4.92E C 139.717606+19.7176 440136.84165 200931.44690 2381737.79 27. IP5 () I PX440133.05679 Y200925.320161 23817 37.79 X440152.11814 2 26019 34.23 Y200918.12128I A 22 1 56.43R 20.00000 D T10.26331T L3.89346S L0.37545C L7.69074S D3.30807SPX440133.40803 SPY200925.18751 X Y B C 143.02568440135.10305200928.63254E C 150.71642440132.40254200921.48206 (NO.) X Y 140.00000 7+00.0000 440136.69324200931.20665B C 143.02568 7+03.0257 440135.10305200928.63254 2381737.79E C 150.71642 7+10.7164 440132.40254200921.48206 2601934.23 28. IP6 () I PX440127.16647 Y200890.76533126019 34.23 X440107.90619 224453 42.43 Y200896.79721I A 15 25 51.80R 20.00000 D T35.05328T L 2.70963S L0.18272C L5.38645S D28.45019SPX440126.99210 SPY200890.81994 X Y B C179.16660440127.62179200893.43643E C184.55306440126.01684200888.31168 (NO.) X Y 160.000008+00.0000 440130.84253200912.33048B C 179.166608+19.1666 440127.62179200893.43643 2601934.23180.000009+00.0000 440127.46468200892.61803 2575619.18E C 184.553069+04.5531 440126.01684200888.31168 2445342.43 29. IP7 () I PX440119.42488 Y200874.24247124453 42.43 X440140.34383 228131 8.79 Y200871.75067I A 36 37 26.37R20.00000 D T18.24656T L 6.61901S L 1.06683C L12.78418S D 8.91793SPX440120.48422SPY200874.11628 X Y B C193.47098440122.23317 200880.23620E C206.25517440120.74666 200867.75678 (NO.) X Y B C 193.470989+13.4710 440122.23317 200880.23620 2445342.43200.00000 10+00.0000 440120.46849 200873.98026 2633557.77E C 206.25517 10+06.2552 440120.74666 200867.75678 28131 8.79 30. IP8 () I PX440122.40138 Y200859.63744128131 8.79 X440101.90337 22565 51.91 Y200860.06379I A 25 25 16.88R20.00000 D T14.90525T L 4.51111S L 0.50244C L8.87373S D 3.77512SPX440121.89905SPY200859.64789 X Y B C210.03029440121.50053 200864.05769E C218.90402440121.31751 200855.25847 (NO.) X Y B C 210.03029 10+10.0303 440121.50053 200864.05769 28131 8.79E C 218.90402 10+18.9040 440121.31751 200855.25847 256 551.91 31. IP9 () I PX440106.06310 Y200793.6286112565 51.91 X440128.02811 23121 13.25 Y200799.12915I A 55 55 21.34R20.00000 D T68.00077T L10.61687S L 2.64327C L19.52067S D52.87280SPX440108.62720SPY200794.27072 X Y B C271.77681440108.61397 200803.93448E C291.29748440113.16997 200785.74126 (NO.) X Y 220.00000 11+00.0000 440121.05419 200854.19459240.00000 12+00.0000 440116.24886 200834.78045260.00000 13+00.0000 440111.44354 200815.36631B C 271.77681 13+11.7768 440108.61397 200803.93448 256 551.91280.00000 14+00.0000 440108.31143 200795.77470 2793919.62E C 291.29748 14+11.2975 440113.16997 200785.74126 312 113.25 32. IP 10 () I PX440115.77894 Y200782.8457813121 13.25 X440110.18935 225330 11.23 Y200781.57978I A 58 312.02R 5.00000 D T14.51437T L 2.80112S L0.73117 C L5.10659S D 1.09638SPX440115.06583SPY200782.68427 X Y B C292.39386440113.90388 200784.92675E C297.50046440114.98352 200780.15997 (NO.) X Y B C 292.39386 14+12.3939 440113.90388 200784.92675 312 113.25E C 297.50046 14+17.5005 440114.98352 200780.15997 2533011.23 33. IP 11 () I PX440113.36326 Y200774.68895125330 11.23 X440123.71133 228327 33.57 Y200774.41458I A 29 57 22.34R 10.00000 D T8.50702T L 2.67540S L0.35170C L5.22834S D 3.03050SPX440113.71484 SPY200774.67963 X Y B C300.53096440114.12297200777.25421E C305.75930440113.98597200772.08703 (NO.) X Y 300.00000 15+00.0000 440114.27375200777.76331B C 300.53096 15+00.5310 440114.12297200777.25421 2533011.23E C 305.75930 15+05.7593 440113.98597200772.08703 2832733.57 34. IP 12 () I PX440115.65082 Y200765.13069128327 33.57 X440095.36113 22631 33.86 Y200763.98115I A 20 25 59.71R 20.00000 D T9.82819T L 3.60456S L0.32223C L7.13255S D 3.54823SPX440115.32911 SPY200765.11246 X Y B C309.30753440114.81184200768.63625E C316.44008440115.21316200761.55280 (NO.) X Y B C 309.30753 15+09.3075 440114.81184200768.63625 2832733.57E C 316.44008 15+16.4401 440115.21316200761.55280 263 133.86 35. IP 13 () I PX440109.45394 Y200714.4705812631 33.86 X440129.95351 229253 17.32 Y200717.33596I A 29 51 43.46R 20.00000 D T51.03771T L 5.33319S L0.69886C L10.42383S D42.09996SPX440110.14607 SPY200714.56732 X Y B C358.54005440110.10148200719.76431E C368.96387440111.52820200709.55729 (NO.) X Y 320.00000 16+00.0000 440114.78093200758.01922340.00000 17+00.0000 440112.35257200738.16719B C 358.54005 17+18.5400 440110.10148200719.76431 263 133.86360.00000 18+00.0000 440109.97725200718.30998 2671230.73E C 368.96387 18+08.9639 440111.52820200709.55729 2925317.32 36. IP 14 () I PX 440122.36014 Y 200683.89968 1 292 53 17.32 X 440099.65063 2 235 11 58.44 Y 200686.26897I A57 41 18.88R 20.00000 D T33.18358T L 11.01523S L2.83277C L20.13711S D 16.83515SPX 440119.54266SPY200684.19363 X Y B C385.79903 440118.07595 200694.04764E C405.93614 440116.07353 200674.85458 (NO.) 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IP2 () I PX440531.90402 Y200783.11601 134442 43.68 X440514.29141 227930 23.77 Y200767.19657I A65 12 19.91R 20.00000 D T26.28241T L 12.79189S L3.74095C L22.76102S D6.19063SPX440529.12874 SPY200780.60753 X Y B C37.96732440519.56479200786.48883E C60.72834440534.01675200770.49979 (NO.) X Y B C 37.967321+17.9673 440519.56479200786.48883 3444243.6840.000002+00.0000 440521.49496200785.85425 3385320.1260.000003+00.0000 440533.88340200771.21578 2813535.32E C 60.728343+00.7283 440534.01675200770.49979 2793023.77 39. IP3 () I PX440541.19178 Y200727.653811 27930 23.77 X440490.33596 2 25820 46.62 Y200728.60681I A 21 9 37.15R 50.00000 D T56.23449T L9.33933S L0.86475C L18.46586S D 34.10327SPX440540.32718 SPY200727.67001 X Y B C94.83161440539.64929200736.86488E C 113.29747440539.30527200718.50700 (NO.) 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IP 5 () I PX 440507.78433 Y 200626.22130 123144 32.33 X 440527.27944 226546 42.48 Y 200618.64413I A34 2 10.15 R 20.00000 D T27.30961T L6.12151S L0.91585C L11.88086S D9.36677SPX 440508.63797SPY200625.88951X Y B C 206.39156440511.57477 200631.02812E C 218.27242440507.33371 200620.11639 (NO.) X Y 200.00000 10+00.0000440515.53242 200636.04699B C206.39156 10+06.3916440511.57477 200631.028122314432.33E C218.27242 10+18.2724440507.33371 200620.116392654642.48 220.00000 11+00.0000440507.20653 200618.39350E P223.53530 11+03.5353440506.94629 200614.867802654642.48 E P X440506.94630EP 265 46 42.48 Y200614.86792 42. _1-3B PX440526.07883BP 271 42.41Y200809.07217 IP 1 () I PX 440550.08680 Y 200821.319861 27 1 42.41 X 440529.01063 2 58 9 22.73 Y 200844.24614I A 31 7 40.32 R 30.00000 D T 26.95160T L 8.35580S L1.14192C L 16.29851S D 18.59580 SPX 440549.31397SPY 200822.16053 X Y B C 18.59580440542.64361 200817.52271E C 34.89431440554.49535 200828.41803 (NO.) 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IP2 ()I PX440640.18392 Y200820.14473 11948 40.75 X440628.51944 24855 27.23 Y200837.20085I A29 6 46.48R 20.00000 D T11.96260T L 5.19338S L0.66328C L10.16232S D 1.95114SPX440639.80950 SPY200820.69222 X Y B C 56.72084440635.29791200818.38457E C 66.88317440643.59627200824.05972 (NO.) X Y B C 56.72084 2+16.7208 440635.29791200818.38457194840.7560.00000 3+00.0000 440638.27828200819.74333291219.47E C 66.88317 3+06.8832 440643.59627200824.05972485527.23 46. IP3 () I PX440665.82556 Y200849.563401 4855 27.23 X440681.76963 2 1131 43.64 Y200822.19787I A 37 23 43.59R 30.00000 D T39.02502T L10.15311S L1.67153C L19.58021S D23.67852SPX440666.66704 SPY200848.11913 X Y B C 90.56169440659.15439200841.90957E C110.14190440675.77382200851.59260 (NO.) X Y 80.000004+00.0000 440652.21476200833.94773B C90.561694+10.5617 440659.15439200841.90957485527.23100.000005+00.0000 440666.36412200847.94025305354.21E C 110.141905+10.1419 440675.77382200851.59260113143.64 47. 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(1) () (2) ( ) : : (gb) :18.50 kN/ (gf) :24.00 kN/ (b)30 deg( ) (f)35 deg( ) (Cb) : 14.00 kN/ (Cf) :300.00 kPa (ka) :0.333 (ka) :0.271 (kp) :3.000 (kp) :3.690 * ( )(3) (gw) : 9.80 kN/ ( ) 1. ( )cos cos2 cos2 K a = cos cos + cos2 cos2 cos + cos2 cos2 K P = cos cos cos2 cos2 2. (, ) 1 sin 1 + sin Ka =KP = 1 + sin 1 sin 76. 3. 4. = 380.530 kN/m = B / 2 = 1.900 m5. : Rankine ( ) (1) 1 Pa = K ah 2 =70.969 kN/m2 , / . : PAH=PA*cos=70.969 kN/m yAH = 1.600 m 77. : PAV=PA*sin=0.000 kN/m yAV =3.800 m (2) 1 PP = K Ph 2 =44.280 kN/m2 , c , 1PP = K Ph 2 + 2c K P H2 , . PPH= 44.280 kN/m yPH=0.333 m6. 1PW = W h 2 = 12.544 kN/m2 , / . ()PWH=PW*cos =12.544 kN/m yWH= 0.533 m () PWV=PW*sin=0.000 kN/m yWv =3.800 m7. / . 1. 3. W = 380.530 kN/m PPH = 44.280 kN/m xW = 1.900 m yPH = 0.333 m 2. 4. PAH =70.969 kN/m PWH = 12.544 kN/m yAH =1.600 m yWH = 0.533 m PAV = 0.000 kN/m PWV =0.000 kN/m xAV =3.800 m xWV = 3.800 m 78. (1) / Hf = PAH + PWH - PPH =39.233 kN/mVf = W + PAV + PWV = 380.530 kN/m(2) / MH = PAHyAH + PWHyWH - PPHyPH =105.481 kN/m mMV = WxW + PAVxAV + PWVxWV = 723.007 kN/m m8. (1) * : FALSE VF + cB BFS ==6.791 >1.5 O.K.HF, = tan = 0.700(2) FS = M V=6.854 >2.0 O.K. M H . Be= XF =0.277 2.5 O.K. . 80. 1. 2. 3. 3.1 3.2 3.3 4. 5. 81. 1. 82. 2. 83. DRILL LOG : 1 1 ( ) 2 01 1 R EMA RK S BH-5P ROJEC T H OL E N o. U.D.SAMPLE EL(+) 8 5.2 ME LE VAT IO N S.P.T. SAMPLEL OCATI ON GL(-)3. 5 MG RO UND W ATE RCORE SAMPLE2 01 1-0 9- 23 -2 011- 09-2 3 JEO N.W .D D A T E I NS PEC TO R DISTURBED SAMPLES ca le USam pl e S t a n da r d P e ne t r a t i on T e s tElev. D e p t h Thi c- Co lum- Skne ss na r Descr ipt io n C NNb low MM M MS ect io n S ( / c m )0 1 0 20 3 0 4 0 50( 0 .0 2 .8 m)1 , S -11.0 1 9/ 30 Size : 50cm GP~2 S -22.0 4 5/ 3082.402.802.803 S -33.0 5 0/ 15 ( 2 .8 3 .7 m)SM81.503.700.904 S -44.0 50/680.904.300.60 //( 3 .7 4 .3 m)5 , /6( 4 .3 7 .3 m)7 77.907.303.00 8 2set (10,70)9 TCR/RQD(%)=100/57* 7.30 M 10 11 12 13 14 15 16 17 18 19 20 84. 3. 3.1 3.2 3.3 85. Density of soil in Place By the Sand Cone MethodPROJECT : 2011 :, : 2011. 09. . : T.S.KWONTPTP-1() TP-1() TP-2()TP-2() 0.5 0.50.50.5Cone + 4725 451045204230Cone + 1825 127818171474 2900 323227032756 Cone1673 167316731673 Hole 1227 155910301083 Hole 858.01090.2 720.3 757.3 Hole+1553 167912151113 121212 12 Hole 1541 166712031101 19.019.0 13.913.9 1.256 1.069 1.168 1.017 1.430 1.430 1.430 1.430 1.796 1.529 1.670 1.454 1.509 1.285 1.466 1.276 86. Field Permeability Test Project 2011 Bore Hole Number BH-5 ()Tested ByTest Section (m) 1.5 ~2.5Date 2011 9 23 Test Length, L (cm) 100.0Soil Class (USCS)Head (cm)189.0 Radius of Casing, r (cm) 3.89 Ground Water Depth,Casing Height from1.6030.0 GWL (m) Ground Surface (cm) Time (sec) 60 120180240 300 360 420draw-down (cm) 54.0 87.0 112.0 128.0 139.0147.0 153.0 Ho (cm) Ht (cm) T1 T2 Tk (cm/sec)189.0135.0 0.0 60.060.01.38E-03135.0102.060.0 120.0 60.01.15E-03102.077.0 120.0180.0 60.01.15E-0377.0 61.0 180.0240.0 60.09.54E-0461.0 50.0 240.0300.0 60.08.14E-0450.0 42.0 300.0360.0 60.07.14E-0442.0 36.0 360.0420.0 60.06.31E-04 Average 9.70E-04REMARKSWhen borehole stay open without casing (length of test hole:L) k = r 2 / 2 L T Ln ( L / r ) Ln ( Ho / Ht ) : for L 8 rWhen open-end test k = 2 r /11 T Ln ( Ho / Ht )In above equation k : pemeability (cm / sec) r : radius of casing (cm) L : test length (cm) T : tested time (T2 - T1) Ho: head when T1 (cm) Ht: head when T2 (cm) 87. 1. 32.0cm 37.0cm 1 - (, k) 1 . 1 ksatk (cm)(cm/sec) (cm/sec) (cm/sec) 32.0 0.081 0.096 3.79E-02 1.73E-03Average 37.0 0.050 0.096 3.79E-02 1.07E-031.40E-03 1.4010-3cm/sec . 88. 2. 2.1 (, 1998, ) Talbot ShermanJapanese a aa I=t+ bI=nI=tt+ b, , , , , , , , - --2.2 - (180 ) (180 )2. - 2.3 Critical Critical Critical Critical (mm/sec) (mm/sec)(mm/hr)() 1.4010-22.8010-2 100.6270100 2.4 Wetting band Method (n) (mm/sec)(S0,%) ()(mm) 1.4010-20.435 65.8570396.81 89. 4. 90. Soil Test Data: C USCS #4#10#40#200o(m) Wn (%) GS LL (%)PL (%) PI (%)kPa( ) TP-1 1.0 19.02.663N.P N.PN.P12.931.0 94.5 88.7 67.4 36.3 SM TP-2 1.0 13.92.661N.P N.PN.P2.2 30.8 89.2 81.4 57.8 20.3 SMSM ----- -----SMSMSMKorea Engineering & Research 91. Gradation Curves: (m)Wn (%)GS LL (%)PL (%)PI (%) USCS TP-1 TP-11.0 19.02.663N.P N.PN.P SM KS F 2302 - 2002 2011. 09.SIEVE OPENING IN INCHES U.S.STAND SIEVE NUMBERS HYDROMETER3" 2" 11/2"1" 3/4"3/8" 4 10 40100 200 10009010802070PERCENT FINER BY WEIGHT PERCENT FINER BY WEIGHT3060 TP-1(1.0)4050504060307020801090 0 -1010010010 1 0.10.01 0.001GRAIN SIZE MILLIMETERS 92. Gradation Curves: (m)Wn (%)GS LL (%)PL (%)PI (%)USCS TP-2 TP-21.0 13.92.661N.P N.PN.PSM KS F 2302 - 2002 2011. 09.SIEVE OPENING IN INCHES U.S.STAND SIEVE NUMBERSHYDROMETER3" 2" 11/2"1" 3/4"3/8" 4 10 40100200 100 090 1080 2070 PERCENT FINER BY WEIGHT PERCENT FINER BY WEIGHT 3060 TP-2(1.0)50 4040 5030 6020 7010 80 0 90 -10 -20 10010010 1 0.1 0.01 0.001GRAIN SIZE MILLIMETERS 93. Direct Shear Test Project Borehole No. TP-1 Test Method KS F 2343 : 1997 Depth1.00 m Date 2011. 09oc = 12.9 kPa =31.0Sample TypeU/DDeformation Rate 0.30 mm/min Initial diameter (D)60.0 mmMethod of Shear Q200 Initial height (H)20.0 mm Method of Test Strain Control Sample Area (A)2827 mm2 Gs2.663150TESTNo.12 34 Sample Weight (g)W100.71 102.16 100.70 100.44 Shear Stress (kPa) Wet Density (kN/m 3 )rt 17.8118.07 17.81 17.76100 Water Content (%)w 19.119.018.919.13 Dry Density (kN/m )rd 14.9515.18 14.98 14.91 Void Ratio e0.7460.720 0.744 0.75150 Saturation (%) S68706868 Normal Stress ( kPa) n 50100150 200 Max.Shear Stress ( kPa)4175 104 132 00 50 100150 200250 300 Description : 1 kgf/cm 2 = 98.07 kPa, 1 g/cm 3 = 9.807 kN/m 3 Normal Stress (kPa) Remark Operater Approved 94. Direct Shear Test Project Borehole No. TP-2 Test MethodKS F 2343 : 1997 Depth1.00 m Date 2011. 09oc= 2.2 kPa =30.8Sample TypeU/DDeformation Rate 0.30 mm/min Initial diameter (D)60.0 mm Method of ShearQ200 Initial height (H)20.0 mmMethod of TestStrain Control Sample Area (A)2827 mm2 Gs2.661150TESTNo.12 34 Sample Weight (g)W92.1292.45 92.26 92.33 Shear Stress (kPa) Wet Density (kN/m 3 )rt 16.2916.35 16.32 16.33100 Water Content (%)w13.9 14.114.014.1 Dry Density (kN/m 3 )rd 14.3014.33 14.31 14.31 Void Ratio e0.8250.821 0.823 0.82450 Saturation (%) S 45 464546 Normal Stress ( kPa) n50 100150 200 Max.Shear Stress ( kPa) 32 6388 121 0050100150 200250 300 Description : 1 kgf/cm 2 = 98.07 kPa, 1 g/cm 3 = 9.807 kN/m 3 Normal Stress (kPa) Remark Operater Approved 95. 5. 96. BH-5 () BH-5 () BH-5 () BH-5 () D3BH-5 () TP-1 () TP-1 () TP-2 () 97. TP-2 () 98. 1. 2.