geotechLab6

xlsx

School

Georgia Institute Of Technology *

*We aren’t endorsed by this school

Course

4405

Subject

Mechanical Engineering

Date

Oct 30, 2023

Type

xlsx

Pages

Uploaded by catelynchamblee

Initial Height (cm) 1.8 Stress : 50 kPa Elaspsed time Deformation Deformation (sec) (min) (inch) cm 0 (Start) 0.047 0.11938 6 0.0716 0.181864 0.062484 15 0.0788 0.200152 0.080772 30 0.0799 0.202946 0.083566 60 1 0.0804 0.204216 0.084836 2 0.0804 0.204216 0.084836 4 0.0804 0.204216 0.084836 8 0.0804 0.204216 0.084836 16 0.0804 0.204216 0.084836 Stress : 370 Elaspsed time Deformation Deformation (sec) (min) (inch) cm 0 (Start) 0.047 0.11938 6 0.1375 0.34925 0.22987 15 0.1397 0.354838 0.235458 30 0.1408 0.357632 0.238252 60 1 0.1418 0.360172 0.240792 2 0.1426 0.362204 0.242824 4 0.1434 0.364236 0.244856 8 0.1441 0.366014 0.246634 16 0.1446 0.367284 0.247904 Time (min) Stress : 50 kPStress : 95 kPa Stress: 190 Stress : 370 Stress : 190 0.1 0.25 0.5 1 2 4 8

Stress : 95 kPa Elaspsed time Deformation Deformation Elaspse (sec) (min) (inch) cm (sec) 0 (Start) 0.047 0.11938 0 6 0.0884 0.224536 0.105156 6 15 0.0891 0.226314 0.106934 15 30 0.0895 0.22733 0.10795 30 60 1 0.0899 0.228346 0.108966 60 2 0.0903 0.229362 0.109982 4 0.0906 0.230124 0.110744 8 0.091 0.23114 0.11176 16 0.0913 0.231902 0.112522 Stress : 190 Elaspsed time Deformation Deformation Elaspse (sec) (min) (inch) cm (sec) 0 (Start) 0.047 0.11938 0 6 0.142 0.36068 0.2413 6 15 0.142 0.36068 0.2413 15 30 0.142 0.36068 0.2413 30 60 1 0.142 0.36068 0.2413 60 2 0.142 0.36068 0.2413 4 0.1419 0.360426 0.241046 8 0.1417 0.359918 0.240538 16 0.1416 0.359664 0.240284

Your preview ends here

Eager to read complete document? Join bartleby learn and gain access to the full version

Access to all documents
Unlimited textbook solutions
24/7 expert homework help

Stress: 190 ed time Deformation Deformation (min) (inch) cm (Start) 0.047 0.11938 0.1085 0.27559 0.15621 0.11015 0.279781 0.160401 0.1111 0.282194 0.162814 1 0.112 0.28448 0.1651 2 0.1127 0.286258 0.166878 4 0.1134 0.288036 0.168656 8 0.114 0.28956 0.17018 16 0.1141 0.289814 0.170434 Stress: 95 ed time Deformation Deformation (min) (inch) cm (Start) 0.047 0.11938 0.138 0.35052 0.23114 0.1379 0.350266 0.230886 0.13775 0.349885 0.230505 1 0.1376 0.349504 0.230124 2 0.13755 0.349377 0.229997 4 0.1374 0.348996 0.229616 8 0.1371 0.348234 0.228854 16 0.137 0.34798 0.2286

v(cm) 57.90584 Time (min) Stress : 50 kPa Stress : 95 kPa 0 Deformation (cm) Axial Strain Void Ratio Deformation (cm) 0.1 0.062484 3.4713333333 0.737516 0.105156 0.25 0.080772 4.4873333333 0.719228 0.106934 0.5 0.083566 4.6425555556 0.716434 0.10795 1 0.084836 4.7131111111 0.715164 0.108966 2 0.084836 4.7131111111 0.715164 0.109982 4 0.084836 4.7131111111 0.715164 0.110744 8 0.084836 4.7131111111 0.715164 0.11176 16 0.084836 -4.7131111111 0.715164 0.112522 32 64 128 0 0.1 1 10 -9.5 -9.45 -9.4 -9.35 -9.3 -9.25 -9.2 -9.15 -9.1 -9.05 -9 f(x) = − 0.2541042108514 ln(x) − 9.26342990130678 f(x) = − 0.020358030021426 ln(x) − 9.41211111111113 190 kPa Log Time Scale Time (min) Axial Strain y=-9.425 D50=-9.0734 D50=0. 6 x=1.8879

Stress: 190 Deformation (cm) Axial Strain Void Ratio Void Ratio Axial Strain 0.11938 -6.6322222222 0 0.694844 -5.842 0.15621 -8.6783333333 0.64379 0.316227766 0.693066 -5.9407777778 0.160401 -8.9111666667 0.639599 0.5 0.69205 -5.9972222222 0.162814 -9.0452222222 0.637186 0.7071067812 0.691034 -6.0536666667 0.1651 -9.1722222222 0.6349 1 0.690018 -6.1101111111 0.166878 -9.271 0.633122 1.4142135624 0.689256 -6.1524444444 0.168656 -9.3697777778 0.631344 2 0.68824 -6.2088888889 0.17018 -9.4544444444 0.62982 2.8284271247 0.687478 -6.2512222222 0.170434 -9.4685555556 0.629566 4 5.6568542495 -0.163322 -9.0734444444 8 -8.0286111111 11.313708499 0 0.6 100 0 0.5 1 1.5 2 2.5 3 3.5 4 4.5 -9.6 -9.4 -9.2 -9 -8.8 -8.6 -8.4 -8.2 f(x) = − 1.26696687680613 x − 8.2776832282636 190 kPa Root Time Scale (min) Axial Strain √𝑇𝑖𝑚? m(1.15)=-1.45705

Your preview ends here

Eager to read complete document? Join bartleby learn and gain access to the full version

Access to all documents
Unlimited textbook solutions
24/7 expert homework help

Stress : 370 Stress : 190 Deformation (cm) Void Ratio Axial Strain Deformation (cm) Void Ratio Axial Strain 0.22987 0.57013 0.2413 0.5587 0.235458 0.564542 0.2413 0.5587 0.238252 0.561748 0.2413 0.5587 0.240792 0.559208 0.2413 0.5587 0.242824 0.557176 0.2413 0.5587 0.244856 0.555144 0.241046 0.558954 0.246634 0.553366 0.240538 0.559462 0.247904 0.552096 -13.772444444 0.240284 0.559716 -13.349111111 10 0.5 0.55 0.6 0.65 0.7 0.75 Void Ratio 0 50 100 150 200 250 300 350 400 -16 -14 -12 -10 -8 -6 -4 -2 0 Stress vs. Strain Effective Stress (kPa) Axial Strain (%)

Stress: 95 Stress (kPa) Void Ratio Strain Deformation (cm) Void Ratio Axial Strain 50 0.715164 -4.71311111 0.23114 0.56886 95 0.687478 -6.25122222 0.230886 0.569114 190 0.629566 -9.46855556 0.230505 0.569495 370 0.552096 -13.7724444 0.230124 0.569876 190 0.559716 -13.3491111 0.229997 0.570003 95 0.5714 -12.7 0.229616 0.570384 0.228854 0.571146 0.2286 0.5714 -12.7 100 1000 f(x) = − 0.016856448857747 ln(x) + 0.64816219292774 f(x) = − 0.083549355207962 ln(x) + 1.06795147798966 Void Ratio vs Effective Stress Effective Stress