Check the design of the retaining wall shown below for sliding, overturning, and liftoff. Draw the bearing pressure diagram acting at the bottom of the base. q = 240 psf 118 pcf Yı = o' = stem H= 7.5'...


Check the design of the retaining wall shown<br>below for sliding, overturning, and liftoff.<br>Draw the bearing pressure diagram acting at<br>the bottom of the base.<br>q = 240 psf<br>118<br>pcf<br>Yı =<br>o' =<br>stem<br>H= 7.5'<br>36<br>degrees<br>H = 10 ft<br>Ysat,2 =<br>115<br>pcf<br>Tfooting<br>H = 7.5'<br>O'2 =<br>33<br>degrees<br>Tstem = Tfooting = 1.5'<br>B = 7 ft<br>

Extracted text: Check the design of the retaining wall shown below for sliding, overturning, and liftoff. Draw the bearing pressure diagram acting at the bottom of the base. q = 240 psf 118 pcf Yı = o' = stem H= 7.5' 36 degrees H = 10 ft Ysat,2 = 115 pcf Tfooting H = 7.5' O'2 = 33 degrees Tstem = Tfooting = 1.5' B = 7 ft

Jun 11, 2022
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