Dry sand; e = 0.55 G, = 2.66 3 m Water table 15 m. Sand G, = 2.66 e = 0.48. 5 m Clay w = 34.78% G, = 2.74 D Rock Figure P2.12 2.13 For a normally consolidated clay layer, given: Thickness 3.7 m Void...


Dry sand; e = 0.55 G, = 2.66<br>3 m<br>Water table<br>15 m.<br>Sand G, = 2.66 e = 0.48.<br>5 m<br>Clay w = 34.78% G, = 2.74<br>D<br>Rock<br>Figure P2.12<br>2.13 For a normally consolidated clay layer, given:<br>Thickness 3.7 m<br>Void ratio = 0.82<br>Liquid limit 42<br>Average effective stress on the clay layer 110 kN/m2<br>How much consolidation settlement would the clay undergo if the average effective<br>stress on the clay layer is increased to 155 kN/m2 as the result of the construction of<br>a foundation?<br>

Extracted text: Dry sand; e = 0.55 G, = 2.66 3 m Water table 15 m. Sand G, = 2.66 e = 0.48. 5 m Clay w = 34.78% G, = 2.74 D Rock Figure P2.12 2.13 For a normally consolidated clay layer, given: Thickness 3.7 m Void ratio = 0.82 Liquid limit 42 Average effective stress on the clay layer 110 kN/m2 How much consolidation settlement would the clay undergo if the average effective stress on the clay layer is increased to 155 kN/m2 as the result of the construction of a foundation?

Jun 10, 2022
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