Consolidate chart log easily

Aug 6th, 2022
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How to consolidate chart log

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consolidation data analysis using the casa grandes logarithm of time fitting method this is another method to get the coefficients of consolidation in the previous video okay im using the same data im using the set of the data using the previous video referring to the previous video we determined the coefficients of consolidation using the square root time method for this video we will determine the coefficients of consolidated relation using log time method so we need to prepare the data first for the log time method so what we need to do is to lock the time value okay the time given in minute we need to lock the value for example here log0 you will have max error log 0.04 you will have negative 1.4 log 1 you will have 0 until 1 4 4 0 minutes you will have 3.16 okay so once you complete to lock all the time value so now were ready to plot the graph so what graph that we need to plot so prepare a graph with the y axis is a delta h the change in thickness and then the x axis here i

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Click DataConsolidate (in the Data Tools group). In the Function box, click the summary function that you want Excel to use to consolidate the data.
Coefficient of consolidation. The Coefficient of consolidation at each pressures increment is calculated by using the following equations : Cv = 0.197 d2/t50 (Log fitting method) Cv = 0.848 d2/t90 (Square fitting method)
The consolidation parameters (, ) are the gradients of the normal consolidation line () and swelling line (), respectively, which can be obtained from the compression index (Cc) and swelling index (Cs), respectively, from conventional 1D consolidation tests = C c 2.303 , = C s 2.303 .
The time to docHub 50% consolidation is 800 seconds for a soil sample of 10 cm thickness, tested in a lab under condition of double drainage.
Time factor for 90% consolidation is 0.848Time factor for 50% consolidation is 0.197The time required for 90% consolidation is 30 MinsThe time required for 50% consolidation is 9 MinsLength of drainage path is 10mmThe Coefficient of consolidation of the sample by the square root of time fitting method isa)3.64 x 10-8m2
Coefficient of consolidation is the rate at which saturated soil undergoes consolidation. It can be only measured in laboratory. Time factor is given by T v = C v t d 2 . From this equation, the unit of coefficient of consolidation comes out to be cm2/sec.
Solutions for Time factor for 90% consolidation is 0.848Time factor for 50% consolidation is 0.197The time required for 90% consolidation is 30 MinsThe time required for 50% consolidation is 9 MinsLength of drainage path is 10mmThe Coefficient of consolidation of the sample by the square root of time fitting method isa
fact, T90 is a function of the time factor for construction, To , as shown by Lumb (1963). Values of T90 are given in Figure 2. Time factor for 90% consolidation as a function of the time factor at end of construction (after Lumb 1963).

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