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A doubly drained specimen, 2.51cm in height, is consolidated in the lab under an applied stress. The time for 40% average consolidation is 11min.
Compute the cv in cm2/min value for the lab specimen.
How long will it take for the specimen to consolidate to an average consolidation of 40%?
If the final consolidation settlement of the specimen is expected to be 0.5cm, how long will it take for 0.1 cm of settlement to occur?
After 17minutes, what percent consolidation has occurred at the middle of the specimen?
A soil core is selected that consists mostly of quartz and has a total volume of 200 mL. The soil mass as collected (i.e., wet) is 326 g and 290 g after it is dried.
A pumping well of 0.75-m radius fully penetrates an unconfined aquifer of 24-m thickness and produces at a rate of 10 L/s. After a long period of pumping well is 1.6 m. The drawdown in another observation well 60 m from the pumping wel
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The slope of the channel is .15% and the mannings roughness coefficient is .038. estimate the depth 100m upstream of a section where the flow depth is 2.2m using the standard step method. Approximate how far upstream of this section would you exp..
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Discuss with the trainee how the design is affected by the choice of materials chosen for a now building. Examine the factors that affect the specification of materials for any building taking into account the various sizes and uses of the buildin..
The pressure vessel is a steel cylinder which is free to expand in radial direction but cant expand longitudinally.It has the external diameter D of 1192 mm and the wall thickness (t) of 9mm
You purchase a house with a known radon problem. The house has a dirt-floor crawl space (1m high). The emission rate of radon into the crawl space is reported to be 0.6 pCi/m^2-s
Accounting for all the moment equations at Point O is throwing me off. The collar at A seems to be a fixed body that would induce a moment? Also why we were given the radius of the sheave @ point C is confusing.
Determine the vertical deflection and the slope at the end of A of the bracket. Assume that the bracket is fixed supported at its base, and neglect the axial deformation of segment AB. EI is constant.
Weighting these by their global warming potentials, what fractionof the total impact of that year's emissions of these three gaseswould be caused by each gas over the following time periods?
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