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Soil Mechanics-Soil Mechanics and Foundations-Lecture 13 Slides-Civil and Environmental Engineering, Slides of Soil Mechanics and Foundations

This lecture is delivered by Dr. Lanbo Liu at University of Connecticut. Soil Mechanics and Foundations, Braja Das, Chapter 5, Chapter 6, Solved Problems, Dr. Lanbo Liu, University of Connecticut, Permeability, Organic Soil, Classification Systems

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2011/2012

Uploaded on 02/29/2012

stefan18
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Download Soil Mechanics-Soil Mechanics and Foundations-Lecture 13 Slides-Civil and Environmental Engineering and more Slides Soil Mechanics and Foundations in PDF only on Docsity! CE 240 Soil Mechanics & Foundations Lecture 5.2a Homework Solutions (Das, Ch. 5-6) 39 = Yacfield) ~ Ya(min) | Ya(max) Yd(max) ~ Ya(min) || Yd( field) 0.72 = are 178 178-146 | Vache Yate) = 16.77 KN / mm? a2 0 a) 69 p - 2ge Mae (105)(h)(60) boNd om v=ki= coor $2) = 0.019 cm / sec 6.4 aks 2300( 2 ogy *) = 2302] SHED Jig, (= )- 6.88 x 10” in. / min (3\(8) 12 be ek = 230i # rote( | (0.15)(15) 25 25 0.0688 = (2.303 l 0.43181 } Gy4) Jose($2)- od 3) 0.1593 = oto 5} uass-( 3] h, h, hy = 17.3 in. 6.7 qz=kid 160-150 i = 0.08 125 3 24 x 60 k =3 m/day= = 0.00208 m/ min A =2 « 500 = 1000 m’ gq = (0.00208)(0.08)(1000) = 0.166 m° / min 615 ky e \ilt+e, _{l+e | e ky |e, l+e, le, 6 2 oe Fata ; 025=0571" 36x10* (is \14 7 — 108025 _ -0.602 ~ Jog0571 0.243 =2.477 jf. oe 10°°(1+08) ad cm / sec l+e, : os” k=C 0.622477 k= f - Jers x 10°) = 0.709 x 10% cm/sec 6.17 a Ite, oe ky, (1+e, fe, - n O2x10% -(28) 2); 0.1667 = 0.6316" 0.9110 2A JAS _ log(0.1667) _ -0.778 _ on = 3.898 1og(0.6316) -0.1996 _ Ate) _ (02 x10%)(2.2) -6 r ites = 0.216 x 10 c e” 0.92898 k;=C =|— (0.216 x 10°) = 0.075 x 10* cm/sec l+e 1.9 1 6.19 kine = (bith + hy +...) kinceqy = [a 0-*)(1.5) + (300 x 10°°)(2.5) + (35 x 10°°)(3)] 5 = (15+750+ 105) = 1088610" cm/sec Se 7 : = ky (eq) = H, A, 7 4 75 3 =2.96x10~ cm/sec a Fe et hee Ke 10 300x 10 35x107 Kieq) _ 108.86 10™ = =~ = 36.8 krin, 206848
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