Structural Analysis
6th Edition
ISBN: 9781337630931
Author: KASSIMALI, Aslam.
Publisher: Cengage,
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- A soil sample has the following properties: D60 = 3mm, D50 = 0.7mm, D30 = 0.2mm, D10 = 0.05mm. What is the Coefficient of Curvature? Answer to two decimal places.arrow_forwardHere is data for two profiles of density vs depth.plot density vs depth for the two stations on the same plot. Also compute and plot the Pressure Gradient Force as a function of depth resulting from the difference in density between the two stations, assuming that the stations are 1000m apart. Depth (m) Station 1 Density (kg/m^3) Station 2 Density (kg/m^3) 0 1023.242514 1023.451596 1 1023.242772 1023.451697 2 1023.242816 1023.451864 3 1023.242899 1023.452068 4 1023.242963 1023.452379 5 1023.243086 1023.454251 6 1023.242764 1023.456634 7 1023.243269 1023.460935 8 1023.256574 1023.47523 9 1023.339578 1023.507671 10 1023.474892 1023.551871 11…arrow_forwardhelp find velocityarrow_forward
- Design a most economic trapezoidal section of an irrigation canal Page 2 of 4 passing through non-alluvial soil having the following data. Assume reasonable values of bed slope and freeboard for the canal. Discharge of the canal = 20 cumec Permissible mean velocity = 0.85 m/s Bazin's constant, K = 1.3 Side slope = 1.5:1 Also calculate the percentage of earthwork can be saved if the canal is to be constructed as a lined one. Consider K=0.5 for the lined section. Given equation, A= 2.088 D² and P-4.176D for 1.5H:1V lined sections. Bazin's formula, C=87/(1+K/VR)arrow_forwardShow that 1. gamma sat= (e/w)(1+w/1+e) gamma water.2. Gamma dry= Gamma/1+marrow_forwardQ/Put a Circle around the CORRECT Answer. 1-An agricultural farm is cultivated by mixed crops. The available data are: * Depth of R.Z. is dR = 0.9 (m). Capillary Rise of soil in the farm, he = 0.3 (m). The minimum depth of the unsaturated zone above W.T is: (a) DR = 0.6 (m) (b) DR = 1 (m) (C) DR = 1.2 (m) * 2- The available data are: Depth of Tile Drains below G.S., Drile = 1.8 (m). * DR = 1 (m) Maximum height of W.T. at mid-distance above Tile Drains level is: (a) Ho = 2.8 (m) (b) Ho = 0.6 (m) (c) Ho = 0.8 (m) 3: Given *Bed width of open drain B *Depth of water in open drain y *y=B *Side slope of open drain Z=1 Width of open drain at W.L. is: (a) W = 5y (b) W = 4y (c) W = 3yarrow_forward
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