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- 2. Soru The dip direction of a rock layer is 293 °. What is the strike of this rock layer? A )N13E B )N23E C )N13W D N23W E )N30E3 A soil profile consists of a clay layer underlain by a sand layer, as shown in the figure. If a tube is inserted into the bottom sand layer and the water level rises above the ground surface, Determine the effective vertical stress in kPa at B. * 3.2 m GWL ↑1 m Yst = 18.5 kN/m³ %3D Clay 2 m Ysat = 19.0 kN/m³ %3D |1.5 m Ysat = 17.0 kN/m³ %3D Sand В 2 m The value must be a numberThe major principal stress (kPa) on the soil element is (anti-clockwise shear +ve) 100 kPa 50 kPa -50 kPa 50 kPa 130.9 O 55.9 O 19.1 O
- 120 KN 50 KN/m 2.0 m 50 KN/m 2.0 m B A 4.0 m 4.0 m a. Determine the location of the maximum deflection using double integration. b. Determine the magnitude of the maximum deflection using double integration method using E = 200 x10^6 KPa and I = 1.440 x10^-5 m4A clean rock discontinuity is dipping towards a slope face. The basic friction angle of the rock is 38 degrees. The discontinuity has a Joint Compressive Strength of 10 MPa and the Joint Roughness Coefficient of 10. If the average normal stress along the entire stretch of the discontinuity is 200 kPa, estimate the average shear strength along the discotinuity using Barton's approach. a) 252.3 kPa b) 324.9 kPa c) 285.5 kPa d) 82.4 kPaA square footing 3 m x 3 m is supporting an axial load of 650 kN. The weight of the soil is aasumed to be 17.32 kN/m^3. Compute the vertical stress increment due to this load at a depth of 1.5 m below the center of the footing using the influence coefficients method for points under uniformly loaded rectangular areas. a. 51.46 kPa b. 76.54 kPa c. 32.10 kPa d. 50.56 kPa
- A sandy soil has a drained angle of friction of 32°. The deviation stress at failure is 400 kPa. 13. Compute the angle that the failure plane makes with the major principal plane. a. 63° b. 64° c. 61° d. 60° 14. Compute the chamber confining pressure in kPa. a. 174.61 b. 177.42 c. 103.40 d. 170.50 15. Compute the shear stress in kPa at the point of the failure plane. a. 127.21 b. 339.22 c. 201.60 d. 169.61A square footing 3 m x 3 m is supporting an axial load of 650 kN. The weight of the soil is aasumed to be 17.32 kN/m^3. Compute the total vertical stress increment due to the loads at a depth of 1.5 m below the center of the footing using the influence coefficients method for points under uniformly loaded rectangular areas. a.32.10 kPa b.51.46 kPa c.76.54 kPa d.50.56 kPa With FBD1. Determine the gradient of each point from point 1. ( 2540 2540 2290 650-m from point 1-2 850-m from point 1-3 1550-m from point 1-4 Contour map units: meters 2. Given a density of a cubical quart rock to be 2650 kg/m³, determine the lithostatic stress on 800,000 cm³ volume if the acceleration is 980 cm/sec² with a depth of burial to be 6 miles./
- Two columns A and B are situated 6 m apart. Colum A transfers a load of 500 kN and column B, a load of 250 kN. Determine the resultant vertical stress on a horizontal plane 20 m below the ground surface below point A. a.12.4 kPa b.232.49 kPa c.29.9 kPa d.59.8 kPaa. A shear vane test, done on a deposit of soft alluvial clay required a torque of 67.5 Nm. The dimensions of the vane were: D = 75 mm; H= 150 mm. What is the value for the undrained %3D shear strength of this clay soil?. 160 KN lun?Calculate the active and passive earth pressures AND. determine the distance at which the net active and passive force will acting on the retaining wall Ya=19 kN /m3 - 34 c=3kp 2m 6=34 %3D Vd = 17.54kN/m3 8=32"; ċ=o %3D 1.5m %3D = 21. BkN/m3 V sat 8= 31; c'= o %3D 1.5m %3D Ysat = 22.lkN/m3 5 m 8=30;cio