Find the settlement due to consolidation of a 9ft × 9ft coloumn foundation (figure) with a load of 1500 Ibs. The foundation is placed at 3 ft below the top surface and the clay layer is 25 ft thick. There is a sand layer underneath of the clay layer. The density of the clay layer is 115 Ibs/cf the compression index of the clay layer is 0.32 and the initial void ratio of the clay is 0.085. Assume that the pressure is distributed at a 2:1 ratio and clay is normally consolidated.
Find the settlement due to consolidation of a 9ft × 9ft coloumn foundation (figure) with a load of 1500 Ibs. The foundation is placed at 3 ft below the top surface and the clay layer is 25 ft thick. There is a sand layer underneath of the clay layer. The density of the clay layer is 115 Ibs/cf the compression index of the clay layer is 0.32 and the initial void ratio of the clay is 0.085. Assume that the pressure is distributed at a 2:1 ratio and clay is normally consolidated.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Find the settlement due to consolidation of a 9ft × 9ft coloumn foundation (figure) with a load of 1500 Ibs. The foundation is placed at 3 ft below the top surface and the clay layer is 25 ft thick. There is a sand layer underneath of the clay layer. The density of the clay layer is 115 Ibs/cf the compression index of the clay layer is 0.32 and the initial void ratio of the clay is 0.085. Assume that the pressure is distributed at a 2:1 ratio and clay is normally consolidated.
![1500 lbs
3 ft
9 ft
11 ft
22 ft
18 ft
Figure 3
Table 01
Table 02
Bearing Capacity Factors for General Bearin-r----i-
Terzaghi's
Sartors
Ny
• N, (H)
0.00
25°
13
12.72
8.34
0.00
0.00
25
20.72
10.66
6.77
10.88
6.76
0.00
0.07
0.00
26
22.25
11.85
8.00
12.54
7.94
120
0.01
0.15
0.01
27
23.94
13.20
14.47
9.32
06
0.02
0.24
0.02
28
25.80
14.72
6.72
10.94
0.34
0.05
29
27.86
16.44
34
1284
5°
30
6.
0.45
0.07
30
30.14
18,40
15
15.07
465
6*
0.57
0.11
31
32.67
18.5
17.69
7°
26.87
7.16
20.79
8°
31.94
24.44
9°
34°
38.04
1.03
0.30
34
.9.44
28.77
10°
4F
1.22
0.39
33.30
33.92
11°
53
1.44
0.50
40.05
12
1.85
69
55.63
47.38
13
11.
.04
3.26
197
61.3
64.07
56.17
14
12.
26
3.
14
10.37
3.59
39°
196
7733
66.76
15°
12.8
10.98
3.94
T.18
64.20
79.54
11.63
4,34
83.86
73.9
95.05
16°
13.65
42
93.7
13.96
17°
14.5
2.08
37.10
18
15.52
55.58
19
16.56
10.81
20°
17.69
4.65
21°
18.92
EE
41
9.52
22
20.27
46
49
8.67
23°
21.75
674.92
61.
i6.41
24°
23.36](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F479028ce-0f49-4674-ab3e-f4f47f0e0b58%2F0a887e14-8a68-440c-a70d-a0a1c175d811%2Fslapso_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1500 lbs
3 ft
9 ft
11 ft
22 ft
18 ft
Figure 3
Table 01
Table 02
Bearing Capacity Factors for General Bearin-r----i-
Terzaghi's
Sartors
Ny
• N, (H)
0.00
25°
13
12.72
8.34
0.00
0.00
25
20.72
10.66
6.77
10.88
6.76
0.00
0.07
0.00
26
22.25
11.85
8.00
12.54
7.94
120
0.01
0.15
0.01
27
23.94
13.20
14.47
9.32
06
0.02
0.24
0.02
28
25.80
14.72
6.72
10.94
0.34
0.05
29
27.86
16.44
34
1284
5°
30
6.
0.45
0.07
30
30.14
18,40
15
15.07
465
6*
0.57
0.11
31
32.67
18.5
17.69
7°
26.87
7.16
20.79
8°
31.94
24.44
9°
34°
38.04
1.03
0.30
34
.9.44
28.77
10°
4F
1.22
0.39
33.30
33.92
11°
53
1.44
0.50
40.05
12
1.85
69
55.63
47.38
13
11.
.04
3.26
197
61.3
64.07
56.17
14
12.
26
3.
14
10.37
3.59
39°
196
7733
66.76
15°
12.8
10.98
3.94
T.18
64.20
79.54
11.63
4,34
83.86
73.9
95.05
16°
13.65
42
93.7
13.96
17°
14.5
2.08
37.10
18
15.52
55.58
19
16.56
10.81
20°
17.69
4.65
21°
18.92
EE
41
9.52
22
20.27
46
49
8.67
23°
21.75
674.92
61.
i6.41
24°
23.36
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