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Consider the example problem in Section 13.2.3.1 where a planar surface with a residual compressive stress is subjected to cyclic normal indentation without friction. If the equi-biaxial residual compressive stresses at the indented surface were to be
is the yield strength of the material, calculate how much higher normal indentation force P can be applied without plastically yielding the surface as compared to the case where the surface has no residual compressive stresses.
use zero through forth order taylor series expansions to predict f(2.5) for f(x) = ln x using a base point at x=1. compute the true percent relative error for each approximation. discuss the meaning of the results.
Calculate the forces in members CB,
How is this optimal loading changed if the maximum truck speed is changed from 35 to 45 mph or to 25 mph? What would these changes do to the cost of this particular job?
Design a simple horizontal curve to connect two roadway tangents that deflect at an angle chosen between 50 and 75 degrees. Assign a station to the curve PI and select a curvature of 6 degrees.
You are furnished with three sizes of particles. One is gravel with porosity of 0.32, the second is a coarse grained sand with porosity of 0.37, and the third is a fine grained sand with porosity of 0.23.
Atrazine is adsorbed to a soil that is only saturated by 5%(i.e. only a twentieth of the pore volume is filled with water), how much atrazine is bound to the soil, dissolved in the water, and present as vapor in the gas phase
The output takes the form of a series of peaks where each peak corresponds to a component and a peak area (A) is proportional to the moles (n) of the component ( n = kA) in the sample injected in the GC.
An external force F = F0 sin ωt is applied to the cylinder as shown. What value ωc of the driving frequency would cause excessively large oscillations of the system?
The steam flow rate entering the pipe is 2500kg/hr. Due to heat loss from the pipe to the surrounding air (at 25 C) 20 kg/hr of condensate is formed in the pipe and removed at the end of the pipe.
Based on the data presented, develop a nurse staffing plan for Memorial Hospital. Explain your rationale for this plan The case is attached. This assignment can be 300-350 words.
Would it be possible to compact the above soil at a water content of 13.5% to a dry density of 2.00 Mg/m3? How can you prove that your answer is correct?
Give your modified merge join to give the correct answers for all cases with explanation in details.
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