By using Rankin theory, show if the wall shown in figure was stable against overturning, when the tension crack filled with water. 15 kPa = 20°.c = 15 k Pa,Ye = 17 kNim3 8-0 im p = 30°,c = 0,Y, = 19 kNim3 8 -0 1.5m Y. - 22 kNIm3 1.Sm Yww10 kN/m3 = 30°,c=0,y, = 19 kNim3 2m Y - 22 kNim3 Yww10 kN/ma O Unstable Stable
By using Rankin theory, show if the wall shown in figure was stable against overturning, when the tension crack filled with water. 15 kPa = 20°.c = 15 k Pa,Ye = 17 kNim3 8-0 im p = 30°,c = 0,Y, = 19 kNim3 8 -0 1.5m Y. - 22 kNIm3 1.Sm Yww10 kN/m3 = 30°,c=0,y, = 19 kNim3 2m Y - 22 kNim3 Yww10 kN/ma O Unstable Stable
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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