Size equation settlement easily

Aug 6th, 2022
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How to size equation settlement

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hello everyone so today we are going to discuss an example problem on consolidation the reference for this example is again the fundamentals of the technical engineering by das and sivakugan this particular example is related to the calculation of primary consolidation settlement under a foundation lets calculate the primary consolidation settlement of a three meter thick clay layer below so the clay is this one the tree with 30 clay layer this has a given saturated unit weight of 17.3 kilonewton per cubic meter it also have a given void ratio of 1.0 and a liquid limit value of 40. so we want to calculate the settlement of this clay layer that will result from the load carried by 1.5 meter square footing so we have a square footing here which is which has a section of 1.5 by 1.5 meter and the load carried by this footie is 890 kilo newton the soil above our clay layer is sand so we have here dry sand having a dry unit weight of 15.7 kilo newton per cubic meter while below the ground

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Consolidation tests are typically performed on a saturated cylindrical soil specimen and are designed to measure the amount and the rate at which a sample will change in height when subjected to a load.
The settlement-generating base stress 1 = 0 - h must be used, taking into consideration the stress reduction by the excavation unloading for the embedment depth of the foundations.
The settlement-generating base stress 1 = 0 - h must be used, taking into consideration the stress reduction by the excavation unloading for the embedment depth of the foundations.
The primary consolidation settlement can be calculated from the coefficient of volume compressibility mv, which can further lead to the Youngs modulus E = (1 + v)(1 2v)/[mv(1 v)], with an assumed Poissons ratio v.
Total settlement for cohesive soils are generally estimated by the sum of immediate settlement, primary consolidation and secondary compression, where immediate settlement usually constitutes a docHub portion of the total settlement.
The settlement can be calculated by knowing the size of the dike, total load on the soil due to weight of the dike and the soil properties such as elastic modulus, Poissons ratio, compression index, recompression index, secondary compression index, effective preconsolidation stress, coefficient of consolidation and
f = i + = b g z + Page 4 10-4 As a result of the increase in effective stress the soil will undergo a volume decrease as a consequence of the expulsion of water from the soil and a time dependent settlement of the ground surface would be observed.
To determine the settlement under a footing of given size loaded to the load per sq. ft. for which the curve is prepared, determine from the curve the settlement per unit of column load on the footing of the size required under the column load, and multiply by the total column load carried by the footing.
(4) S t = S f 1 u t. (5) S t = S t / S f. in which u(t,z) is pore pressure at time, t and depth, z, H is the thickness of consolidation layer, u0 is the initial pore water pressure, Sf is the total settlement and cv is the coefficient of consolidation. Equation (6) is established clearly from Equation (4).
the course of vertical stresses z with depth. The settlement-generating base stress 1 = 0 - h must be used, taking into consideration the stress reduction by the excavation unloading for the embedment depth of the foundations.

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