mong coc.xls

0 100 200 300 400 500 600 700 800 9000.66

0.68

0.7

0.72

0.74

0.76

0.78

0.8

0.82

0.84

0.86

f(x) = 2.89610955889E-07 x² − 0.0004374837122 x + 0.83899375R² = 0.987661375748785

Áp lực P (KN/m20

Hệ s

ố r

ỗn

g e

Lôùp γII löïc dính φ φ

1 4.66 0.078-0.085 0.0552a 8.4 14.5 10d30' 0.1832c 9.735 0.262-0.318 15d1'-14d47' 0.2622b 8.97 0.161-0.201 13d6'-14d5' 0.229

458.531 467.851Nqu 75206.86963188 633.6986331112 643.3368869Mqu 2076.869565217 9.638253833789 624.0603793

kieåm tra oån ñònh ñaát muõipgl

158.223 1

bl=llPgl = 155.613

B = 2 Lôùp Ñieåm Z(m) Z/B1.6

11 0.0 0.000

2.1 2 1.0 0.0922

2.6 3 2.0 0.1843

3.1 4 3.0 0.2754

3.6 5 4.0 0.3675

4.1 6 5.0 0.4596

4.6 7 6.0 0.5517

5.1 8 7.0 0.6438

5.6 9 8.0 0.7349

6.1 10 9.0 0.82610

6.6 11 10.0 0.91811

7.1 12 11.0 1.01012

3.130- 5.110

Δh

7.612

13 12.0 1.10213

8.1 14 13.0 1.19314

8.6 15 14.0 1.28515

9.1 16 15.0 1.37716

9.6 17 16.0 1.46917

10.1 18 17.0 1.560

Li φtb α Lctgα Bqu Fqu

13.4 0.189641 0.0474104 2.713906 10.894 118.681.9 10.865655.6

36.3

p e25 0.836 0.719

50 0.819 0.7100 0.79 0.676 Heä soá roãng e200 0.756 0.649400 0.718 0.617

5.447 800 0.673 0.576

γ бz(Kpa) бtb(Kpa) P1i P2i e1i1.000 8.97 155.61 493.17

497.66 646.86 0.7070.918 8.97 142.79 502.14

506.63 643.10 0.7060.836 8.97 130.17 511.11

515.60 639.60 0.7050.757 8.97 117.85 520.08

524.57 636.48 0.7040.681 8.97 105.98 529.05

533.54 633.94 0.7030.609 8.97 94.84 538.02

542.51 632.26 0.7020.544 8.97 84.67 546.99

551.48 631.62 0.7010.486 8.97 75.63 555.96

560.45 632.11 0.7000.435 8.97 67.70 564.93

569.42 633.68 0.6990.391 8.97 60.83 573.90

578.39 636.25 0.6980.353 8.97 54.89 582.87

587.36 639.68 0.6970.320 8.97 49.77 591.84

596.33 643.88 0.696

Caáp aùp löïc p(KN/m2

k0

0.291 8.97 45.33 600.81596.33 643.88 0.696

605.30 648.71 0.6950.267 8.97 41.49 609.78

614.27 654.08 0.6940.245 8.97 38.14 618.75

623.24 659.90 0.6930.226 8.97 35.20 627.72

632.21 666.12 0.6920.210 8.97 32.62 636.69

641.18 672.66 0.6910.195 8.97 30.34 645.66

25 50 100 200 400 8000.836 0.819 0.79 0.756 0.718 0.673

e2i S(m)

0.692 0.0088

0.692 0.0082

0.693 0.0070

0.693 0.0065

0.694 0.0053

0.694 0.0047

0.694 0.0042

0.694 0.0036

0.694 0.0029

0.693 0.0029

0.693 0.0024

0.693 0.0018

0.693 0.0018

0.692 0.0018

0.692 0.0012

0.691 0.0012

0.690 0.0012

0.688 0.0018∑ 0.0655

Df L (70) d-coïc Ap As2 60 1.3 1.3273229 4.0840705 0.03

L(thöïc)= 62.8THEO CHÆ TIEÂU VAÄT LIEÄU

Ru Ra Qa6000 280000 11922.344

THEO CHÆ TIEÂU ÑAÁT NEÀNVaät Lyù

mR qp fs li mf0.9 350 1 0.6 13.400 0.6

2 2.153 1.900 0.63 7.62 5.600 0.64 5.672 39.100 0.6

∑Cöôøng ñoä

Li C φI(max) Ksi φI(min)1 13.400 7.6 0.09948 0.901 30.820 0.044782 1.900 14.5 0.18326 0.818 69.620 0.183263 5.600 22.4 0.293215 0.711 104.676 0.254384 39.100 14.9 0.25132 0.751 306.138 0.22311

Nc Np c γ11.27 1.924 3.566 480.524 14.9 8.92

THEO TN XUYEÂN ÑOÄNG SPTchieàu saâu2-13.4 13.4-15.3 15.3-20.9 20.9-71.5loaïi ñaát seùt seùt seùt seùt WspN 0 9 18 13 1446.0864Ntb 14

Qa(tk) 5584.5818soá coïc 3.9928505

Ф-theùp

σv

Nγ бv

à n=4

n Aa20 0.0141372

Qtc ktc Qa48.24 10958.449 1.75 6261.971

24.5442256.032

1330.65121659.4674

fsi Asi Qsi W8.844 54.726 483.995 1446.086

25.052 7.760 194.396 Qa41.750 22.871 954.866 5584.58267.086 159.687 10712.699

Qs 12345.956r qp Qp

0.65 1938.5417 2573.0708

Qa9829.6645

γ

0 200 400 600 800 1000 1200 14000

2

4

6

8

10

12

14M (KNm)

z (m

)

-300 -200 -100 0 100 200 300 4000

2

4

6

8

10

12

14

Q (KN/m2)

z (m

)

Lôùp ñaát Troïng löôïng rieâng töï nhieân

Chæ tieâu veà söùc choáng caét Löïc dính

γI γII ctc cI

13.4 1 14.7614.6 14.66

8.157.6

14.92 14.86 8.7

1.9 2a 18.4 14.5

39.1 2b 19.0418.92 18.97

18.1214.9

19.17 19.12 21.4

5.6 2c 19.8219.67 19.74

2922.4

19.98 19.91 33.5

493.172

φI(min φI(max cI(min1 0.04478 0.09948 7.62a 0.18326 0.18326 14.52c 0.25438 0.293215 22.42b 0.22311 0.25132 14.9

γtc

Chæ tieâu veà söùc choáng caét Löïc dính Goùc ma saùt trong

cII φI φII7.8

4d7.5'2d34' 3d9'

8.5 5d42' 5d9.5'

14.5 10d30'

16.113d37'

12d47' 13d7'20.1 14d24 14d5'26.2

15d42'14d34.5' 15d

31.8 16d48' 16d23'

φtc

-30 -20 -10 0 10 20 30 40 50 600

2

4

6

8

10

12

14

σ (KN/m2)

z (m

)

Q = 1158 M = 0 Lo = 2.3 HdK E I Ao Bo Co

5000 27000000 0.142805 0.3097827 2.441 1.621 1.751bc 2.2 le= 18.586959

MOMENTz ze A3 B3 C3 D3 Mz0 0 0 0 1 0 665.85

0.6456139 0.2 -0.001 0 1 0.2 849.3951.2912279 0.4 -0.011 -0.002 1 0.4 1008.0561.9368418 0.6 -0.036 -0.011 0.998 0.6 1133.7442.5824557 0.8 -0.085 -0.034 0.992 0.799 1212.7113.2280697 1 -0.167 -0.083 0.975 0.994 1239.4203.8736836 1.2 -0.287 -0.173 0.938 1.183 1229.4154.5192975 1.4 -0.455 -0.319 0.886 1.358 1185.1585.1649115 1.6 -0.676 -0.543 0.739 1.507 1084.3405.8105254 1.8 -0.956 -0.867 0.53 1.612 970.9266.4561393 2 -1.295 -1.314 0.207 1.646 846.7187.1017533 2.2 -1.693 -1.906 -0.271 1.575 711.6197.7473672 2.4 -2.141 -2.663 -0.949 1.352 575.6038.3929811 2.6 -2.621 -3.6 -1.877 0.917 450.0079.0385951 2.8 -3.103 -4.718 -3.108 0.197 334.8179.684209 3 -3.54 -6 -4.688 -0.891 234.20910.329823 3.2 -3.864 -7.403 -6.653 -2.443 147.74110.975437 3.4 -3.979 -8.847 -9.016 -4.557 83.32111.621051 3.6 -3.757 -10.196 -11.751 -7.325 37.84812.266665 3.8 -3.036 -11.252 -14.774 -10.821 11.70912.912279 4 -1.614 -11.731 -17.919 -15.075 4.887

1239.4196482.7438592

αbd

1.5δHH δMH δMM Ho Mo yo

2.12956E-05 4.38088E-06 1.465959E-06 289.5 665.85 0.0090821Δn = 0.01454865 ψ = 0.002443

LUC CATz ze A4 B4 C40 0 0 0 0

0.64561393 0.2 -0.02 -0.003 01.29122787 0.4 -0.08 -0.021 -0.0031.9368418 0.6 -0.18 -0.072 -0.0162.58245573 0.8 -0.32 -0.171 -0.0513.22806966 1 -0.499 -0.333 -0.1253.8736836 1.2 -0.716 -0.575 -0.2594.51929753 1.4 -0.967 -0.91 -0.4795.16491146 1.6 -1.248 -1.35 -0.8155.81052539 1.8 -1.547 -1.906 -1.2996.45613933 2 -1.848 -2.578 -1.9667.10175326 2.2 -2.125 -3.36 -2.8497.74736719 2.4 -2.339 -4.228 -3.9738.39298113 2.6 -2.437 -5.14 -5.3559.03859506 2.8 -2.346 -6.023 -6.999.68420899 3 -1.969 -6.765 -8.8410.3298229 3.2 -1.187 -7.204 -10.82210.9754369 3.4 0.147 -7.118 -12.78711.6210508 3.6 2.205 -6.212 -14.49612.2666647 3.8 5.173 -4.111 -15.60112.9122787 4 9.244 -0.358 -15.61

ψo0.0022444

UÙNG SUAÁTD4 Qz z ze A1 B11 289.5 0 0 1 01 271.171 0.6456139 0.2 1 0.21 223.038 1.2912279 0.4 1 0.4

0.997 157.738 1.9368418 0.6 0.999 0.60.989 84.674 2.5824557 0.8 0.997 0.7990.967 11.230 3.2280697 1 0.992 0.9970.917 -55.818 3.8736836 1.2 0.979 1.1920.821 -112.085 4.5192975 1.4 0.955 1.3790.652 -157.446 5.1649115 1.6 0.913 1.5530.374 -187.296 5.8105254 1.8 0.843 1.703-0.057 -204.936 6.4561393 2 0.735 1.823-0.692 -209.852 7.1017533 2.2 0.575 1.887-1.592 -204.193 7.7473672 2.4 0.347 1.874-2.821 -189.697 8.3929811 2.6 0.033 1.755-4.445 -169.068 9.0385951 2.8 -0.385 1.49-6.52 -142.711 9.684209 3 -0.928 1.037-9.082 -114.578 10.329823 3.2 -1.612 0.343-12.133 -85.844 10.975437 3.4 -2.45 -0.648-15.613 -55.768 11.621051 3.6 -3.44 -1.991-19.374 -27.513 12.266665 3.8 -4.59 -3.742-23.14 1.710 12.912279 4 -5.854 -5.941

C1 D1 σ0 0 0

0.02 0.001 24.7640.08 0.011 41.0340.18 0.036 49.7850.32 0.085 52.380

0.499 0.167 50.1300.718 0.288 44.0580.974 0.456 35.8591.264 0.678 26.5331.584 0.961 17.3021.924 1.308 7.5372.272 1.72 -0.5872.609 2.195 -7.2422.907 2.724 -12.7683.128 3.288 -16.2013.225 3.858 -19.0743.132 4.392 -20.4892.772 4.826 -20.8202.05 5.075 -18.069

0.875 5.029 -18.399-0.927 4.548 -19.726