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7/29/2019 Pile Capacity Calculation (12!12!2011)
1/36
CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 15.1 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 4 4 0.850 0 0 0.00 0
I 1 5 0.780 0 0 0.00 0
I 2.5 7.5 0.780 0 0 0.00 2.2
I 6 13.5 0.800 0 0 0.00 2.2
II 3 16.5 0.920 0 0 0.00 6
II 1.5 18 0.920 0 0 0.00 6
III 3 21 0.800 0 0 0.00 6
IV 7 28 1.020 33 33 0.65 0
IV 3 31 1.020 0 0 0.00 13
V 0.5 31.5 0.820 33 33 0.65
= %End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 29.0 m
11.31 0.00
4.80 8.53 22.62 0.00
276.71
617.55
3.79
18.45
15.07
26.39
0.00
1.88
15.07
15.07
422.23
1055.57
2.76
2.40
0
161.31
2.5
617.55
438.02
5.65 0.00
0.41 15.07
7.14
12.31
1.38 14.38
3.06
276.71
5.16
11.31
11.31
0.00
0.00
258.26
0.00
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshine
tan () x Asilayer tan
Pdi
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
9.42
3.40
1.95
0.78
1.70
C
37.77
K x Pdi x
3.77 0.00
15.08
15
t/m2
m2
As
15.1
33.00
0
1.1310
1.2
0.820
35.00
d*sub
VERTICAL CAPACITY OF PILES
31.5
1
S
n
i
sidiqdpu CAAKPNPNDAQ
1
tan5.0
7/29/2019 Pile Capacity Calculation (12!12!2011)
2/36
Sec.
Table: 1 PILE DIA. = 1.2 m COL = 2.5 m bgl
-40.00
-40.00
-28.00
-28.00
-33.50
-33.50
-50.00 2
-50.00 2
-50.00
-50.00
31.00
33.50 31.00- 27.81
P 12
P 19
P 15
P 16
P 21
P 22
P 24
P 20
BH-T5 + 5.69
BH-T5, ABH-7
ABH-7
ABH 7
+ 5.69
P 23
28.00
ABH-6
ABH-6, BH-T5
Borehole Investigation in Progress
-
ABH-5
BH-T3
4
P 17
P 18
28.00
6 7 8
25.50
+ 3.90 - 21.60 25.50
Borehole Investigation in Progress
+ 3.90
Borehole Investigation in Progress
29.00
29.00
- 27.20+ 3.30
23.00
Cal. By
Pier No.Ground
Level (m)
Pile Tip
Level (m)
Pile
termination
depth below
EGL, (m)
End of
Sand Layer
/ Clay Layer
Start Level
(m)
5
Pile
termination
depth below
COL, (m)
Av
S
bel
To
1
Decipline
P 10
VERTICAL CAPACITY OF PILE SUMMARY SHEETChkd. By
P 08
P 01
P 02
ABH-2
ABH-3
BH-T3
Project
Calculations for
2 3
RAIL VIKAS NIGAM LIMITED
BH-T1
BH-T1
-
31.50
31.50
23.00
+ 4.46 - 27.04
Nearest
Influencing
Boreholes
Critical
Borehole
ABH-1, BH-T2
- 27.04BH-T2
- 21.60
ABH-2, ABH-3
ABH-3
- 27.20+ 3.30
ABH-3, BH-T3
BH-T1
BH-T2
ABH-1ABH-1
BH-T1, ABH-2
+ 4.46
ABH-1
BH-T2
ABH-1
BH-T1
P 06
P 04
BH-T4
P 13
P 14
P 03
P 05
P 07
P 11
P 09
27.50
- 27.81
27.50BH-T4
ABH-4
ABH-4
ABH-4
ABH-5
BH-T5
30.00
30.00
- 26.58
- 26.58
33.50
+ 3.42
+ 3.42
BH-T4
ABH 7
30.50
Borehole Investigation in Progress
30.50BH-T3
ABH-7
BH-T3, BH-T4
BH-T4
BH-T4
ABH-4
ABH-5
ABH-5, ABH-6
ABH-6
BH-T5
7/29/2019 Pile Capacity Calculation (12!12!2011)
3/36
Sec.
Table: 1 PILE DIA. = 1.2 m COL = 2.5 m bgl
4 6 7 8
Cal. By
Pier No.Ground
Level (m)
Pile Tip
Level (m)
Pile
termination
depth below
EGL, (m)
End of
Sand Layer
/ Clay Layer
Start Level
(m)
5
Pile
termination
depth below
COL, (m)
A
be
1
Deciplin
VERTICAL CAPACITY OF PILE SUMMARY SHEETChkd. B
Project
Calculations for
2 3
RAIL VIKAS NIGAM LIMITED
Nearest
Influencing
Boreholes
Critical
Borehole
-50.45
-50.45
-36.00
-36.00- 24.80
30.50
33.00 30.50
Borehole Investigation in Progress
+ 8.20
- 37.02 45.00 42.50
42.50P 35
Borehole Investigation in Progress
+ 7.98
45.00
BH-T13, ABH-11
P 39
ABH-11
ABH-11
ABH-12
P 38
P 37
P 36
P 40
P 41
ABH-12
P 42
P 45
P 46
P 43
P 44
P 49
P 50 ABH-16
ABH-16, BH-C18P 51
ABH-15
P 53
P 54
P 55
P 56
P 52
ABH-14
ABH-14
ABH-14, ABH-15
P 47
P 48
P 57 ABH-17
BH-C18
ABH-15
ABH-16
ABH-16
+ 8.20 - 24.80 33.00
BH-C18, ABH-17
ABH-17
BH-C18
BH-C18, ABH-17
ABH-13
ABH-13
ABH-11
ABH-14
BH-T13
-
ABH-15
ABH-16
ABH-16
-
ABH-15
ABH-16
BH-C18
-
ABH-17
ABH-17
ABH-17
+ 7.98 - 37.02
ABH-11
ABH-12
ABH-12
BH-T13
ABH-13
BH-C18
ABH-13
ABH-14
BH-T13
7/29/2019 Pile Capacity Calculation (12!12!2011)
4/36
Sec.
Table: 1 PILE DIA. = 1.2 m COL = 2.5 m bgl
4 6 7 8
Cal.
Pier No.Ground
Level (m)
Pile Tip
Level (m)
Pile
termination
depth below
EGL, (m)
End of
Sand Layer
/ Clay Layer
Start Level
(m)
5
Pile
termination
depth below
COL, (m)
1
Decip
VERTICAL CAPACITY OF PILE SUMMARY SHEETChkd
Project
Calculations for
2 3
RAIL VIKAS NIGAM LIMITED
Nearest
Influencing
Boreholes
Critical
Borehole
-46.50
-46.50
-42.00
-33.50
-33.50
-33.00
-33.00
-33.00
-33.00
-35.50
-35.50
-35.50
+ 9.00
P 77
P 78
P 79
P 80
P 76
P 85
P 86
P 87
P 88
P 81
P 82
P 83
P 84
P 93
P 94
P 89
P 90
P 91
P 92
+ 5.00
BH-C9
ABH-24
- 24.40
P 95
P 96
P 97
P 98
BH-C4, BH-C5 - 25.00
BH-C4
BH-C9
BH-C6
Bridge
+ 5.00 27.50
37.00
30.00
+ 8.80
Bridge
- 30.50 39.50
27.50
Bridge
30.00
29.00
40.00
Borehole Investigation in Progres
30.00 27.50
+ 8.80
Borehole Investigation in Progres
- 24.30
27.50
- 24.40
- 31.20 40.00 37.50
+ 4.60
+ 4.60
BH-C3
26.50
+ 5.70 - 24.30 30.00
- 24.40 29.00 26.50BH-C1, BH-C2
BH-C19, BH-C2
- 25.00
+ 5.50 - 24.50
+ 4.60
BH-C4
ABH-23
BH-C19, ABH-24
BH-C2
BH-C1
BH-C1
ABH-23
ABH-23, BH-C4
BH-C3
BH-C3, ABH-24
BH-C12
BH-C10
BH-C10
BH-C9
BH-C6
BH-C10
BH-C9
BH-C6
BH-C13
BH-C13BH-C13
- 31.20
+ 5.70
37.50
29.00
+ 4.60 - 25.40
27.5030.00
30.00 27.50
26.50
BH-C4
ABH-23
BH-C3
BH-C3
BH-C12
BH-C10
BH-C13
BH-C6
BH-C2
BH-C1
BH-C1
BH-C1
ABH-24
ABH-24
-
BH-C19
7/29/2019 Pile Capacity Calculation (12!12!2011)
5/36
CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 15.5 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 5 5 0.820 0 0 0.00 0 0
I 1.5 6.5 0.820 0 0 0.00 2.25 0.7
II 2.5 9 0.800 0 0 0.00 1.8 0.7
II 3 12 0.850 0 0 0.00 1.8 0.7
III 3 15 0.920 0 0 0.00 5.8 0.5
III 3 18 0.960 0 0 0.00 5.8 0.5
III 0.5 18.5 0.960 0 0 0.00 5.8 0.5
IV 7 25.5 0.850 33 33 0.65
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = TFriction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 23.0 m
403.28
1008.20
106.09
2.5
636.13
372.07
265.97
15.52
636.13
265.97
0.000.48
0
1.88
layer tan
Pdi
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asi
0.00
C
37.77
4.10
1.23
d*sub
t/m2
0.00
18.85
4.72 5.65
2.05
K x Pdi x
15
15.5
33.00
VERTICAL CAPACITY OF PILES
0
t/m2 m2
As
1.2
0.850
35.00
1
PROJECT RAIL VIKAS NIGAM LIMITED
1.1310
25.5
14.08
5.95 15.52 26.39 265.97
0.00
2.55 8.61 11.31 0.00
11.312.88
2.76 11.26 11.31 0.00
2.00 6.33 9.42 0.00
n
i
diqdpu KPNPNDAQ
15.0
7/29/2019 Pile Capacity Calculation (12!12!2011)
6/36
CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 15.1 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 4 4 0.850 0 0 0.00 0 0
I 1 5 0.780 0 0 0.00 0 0
I 2.5 7.5 0.780 0 0 0.00 2.2 0.7
I 6 13.5 0.800 0 0 0.00 2.2 0.7
II 3 16.5 0.920 0 0 0.00 6 0.4
II 1.5 18 0.920 0 0 0.00 6 0.4
III 3 21 0.800 0 0 0.00 6 0.4
IV 7 28 1.020 33 33 0.65 0 0
IV 3 31 1.020 0 0 0.00 13 0.3
V 0.5 31.5 0.820 33 33 0.65
= %
End Bearing Component for Sand layer = TFriction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 29.0 m
d*sub
VERTICAL CAPACITY OF PILES
31.5
1.1310
1.2
0.820
35.00
K x Pdi x
3.77 0.00
15.08
1
0
37.77
15
t/m2 m2
As
15.1
33.00
Pdi
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
9.42
3.40
1.95
0.78
1.70
C
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
276.71
258.26
3.06 15.07
5.16
11.31
11.31
0.00
5.65 0.00
422.23
1055.57
2.76
2.40
0
161.31
2.5
617.55
438.02
276.71
3.79
18.45
15.07
26.39
0.00
1.88
15.07
0.00
15.07
12.31
4.80 8.53 22.62 0.00
617.55
0.41
7.14
1.38 14.38
11.31 0.00
0.00
n
i
diqdpu KPNPNDAQ
15.0
7/29/2019 Pile Capacity Calculation (12!12!2011)
7/36
CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.3 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 1.5 1.5 0.800 0 0 0.00 0 0
I 3.5 5 0.800 0 0 0.00 0 0
I 1.5 6.5 0.780 0 0 0.00 2.3 0.7
I 3 9.5 0.780 0 0 0.00 2.3 0.7
I 3 12.5 0.820 0 0 0.00 2.3 0.7
II 5.5 18 0.780 31 31 0.60 0 0
II 3 21 0.950 31 31 0.60 0 0
III 5.5 26.5 0.950 0 0 0.00 8 0.3
IV 4 30.5 0.840 33 33 0.65
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = TEnd Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 28 m
1.1310
30.5
d*sub
VERTICAL CAPACITY OF PILES
K x Pdi x
13.19 0.00
C
0.00
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
5.65
1.20
1.17
2.80
t/m2 m2
As
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
Pdi
387.49
139.65
150.94
4.59
5.65
20.73
2.60
0.60
0.00
427.51
1068.77
2.5
4.29
3.36
0
95.28
14.26 15.08
12.12
586.00
1.2
0.840
35.00
1
37.77
0
8.74 11.31 0.00
15
586.00
482.77
14.3
33.00
387.49
2.85 14.26 11.31 96.90
2.34 6.34 11.31 0.00
2.46
5.23 14.26 20.73 0.00
n
i
diqdpu KPNPNDAQ
15.0
7/29/2019 Pile Capacity Calculation (12!12!2011)
8/36
CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.6 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 0.75 0.75 0.800 0 0 0.00 0 0
I 4.25 5 0.800 0 0 0.00 0 0
I 4 9 0.780 0 0 0.00 3.1 0.5
I 4.5 13.5 0.830 0 0 0.00 3.1 0.5
II 4.5 18 0.830 30 30 0.58 0 0
II 12 30 0.840 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 27.5 m
1
15
599.06
602.91
14.6
553.24
599.06
480.79
1201.97
0
49.67
2.5
14.59
0.30
12.72
2.83
2.30
10.08 45.24
553.24
124.61
428.63
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
Pdi
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
16.96
0.60
3.74
3.40
t/m2 m2
As K x Pdi x
16.02 0.00
C
0.00
33.00
d*sub
VERTICAL CAPACITY OF PILES
1.1310
30.0
37.77
0
1.2
0.840
35.00
3.74 8.99 16.96 0.00
3.12 5.56 15.08 0.00
n
idiqdpu KPNPNDAQ
15.0
7/29/2019 Pile Capacity Calculation (12!12!2011)
9/36
CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 13.1 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 2.5 2.5 0.000 0 0 0.00 0 0
I 2.5 5 0.820 0 0 0.00 0 0
I 3 8 0.820 0 0 0.00 3.3 0.5
I 3 11 0.820 0 0 0.00 3.3 0.5
II 4 15 0.820 0 0 0.00 10 0.5
III 3 18 0.950 0 0 0.00 10 0.3
III 3 21 0.920 0 0 0.00 9 0.3
IV 11 32 0.830 33 33 0.65
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 29.5 m
d*sub
VERTICAL CAPACITY OF PILES
1.1310
32.0
K x Pdi x
9.42 0.00
Ct/m2
PROJECT RAIL VIKAS NIGAM LIMITED
11.31
0.00
2.46
2.05
t/m2 m2
As
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
Pdi
0.00
352.79
0.00
0.00
0.00
352.79
0.00
3.28
13.10
9.42
41.47
15.08
11.68
1.03
427.92
1069.80
3.28
9.13
0
177.19
11.31
2.5
8.61
539.82
15
539.82
529.97
13.1
33.00
352.79
1.2
0.830
35.00
1
37.77
0
2.76 13.10 11.31 0.00
2.46 5.74 11.31 0.00
2.85
n
i
dqdpu KPNPNDAQ
15.0
7/29/2019 Pile Capacity Calculation (12!12!2011)
10/36
CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pdi = 15.3 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 5 5 0.820 0 0 0.00 0 0
I 1 6 0.810 0 0 0.00 3.5 0.5
II 4.5 10.5 0.820 0 0 0.00 2.3 0.5
II 3 13.5 0.820 0 0 0.00 2.3 0.5
II 2.5 16 0.820 0 0 0.00 2.3 0.5
II 0.5 16.5 1.820 0 0 0.00 6.5 0.4
II 1.5 18 0.880 0 0 0.00 6.5 0.4
II 1 19 0.880 0 0 0.00 2.5 0.4
III 11 30 0.900 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = TEnd Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 27.5 m
1.32 13.77 5.65 0.00
0.88 15.34 3.77 0.00
9.90 15.34 41.47 413.11
1
15
630.29
486.44
15.3
413.11
630.29
2.05
6.76
18.85
4.51
446.69
1116.72
0
73.32
2.5
Pdi
0.00
413.11
As
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
33.00
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
16.96
4.10
3.69
0.81
t/m2 m2
K x Pdi x
3.77 0.00
C
0.00
35.00
d*sub
VERTICAL CAPACITY OF PILES
2.46 9.83 11.31 0.00
1.1310
30.0
37.77
0
1.2
0.900
0.91 13.57 1.88 0.00
2.05 12.09 9.42 0.00
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.7 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 3.5 3.5 0.800 0 0 0.00 0 0
I 1.5 5 0.810 0 0 0.00 0 0
I 1 6 0.820 0 0 0.00 3.7 0.5
I 3 9 0.820 0 0 0.00 3.7 0.5
I 3 12 0.800 0 0 0.00 3.7 0.5
I 2 14 0.800 0 0 0.00 3.7 0.5
II 4 18 0.860 0 0 0.00 5.5 0.3
II 26 44 0.970 0 0 0.00 12.4 0.3
II 1 45 0.820 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 mLength of Pile below Cut-off Level Level = 42.5 m
7.54 0.00
36.07
36.07
0.00
15.08 0.00
45.0
0
d*sub
VERTICAL CAPACITY OF PILES
1.1310
K x Pdi x
5.65 0.00
C
37.77
0.00
0.00
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
1.2
0.820
35.00
1
15
14.7
t/m2
2.80
2.40
1.22
3.77
14.74
1.40
8.50
25.22
1.60 10.50
0.82 4.43
3.44 13.02
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
Pdi
604.29
0.82
437.06
1092.64
0
452.28
2.5
604.29
488.35
36.07
33.00
3.77
3.41
14.74
11.31
98.02
13.19
m2
As
0.00
2.46 6.07 11.31 0.00
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.3 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
4.5 4.5 0.846 0 0 0.00 0 0
I 0.5 5 0.629 0 0 0.00 0 0
II 7 12 0.629 0 0 0.00 2.2 0.5
IIIA 4 16 0.969 0 0 0.00 9 0.4
IIIB 2 18 0.946 0 0 0.00 7.5 0.4
IIIB 3 21 0.986 0 0 0.00 10.5 0.4
IV 7.5 28.5 0.965 33 33 0.65 0 0
IV 0.5 29 1.020 33 33 0.65 0 0
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 26.5 m
VERTICAL CAPACITY OF PILES
d*sub Pdi
29.0
1.2
1.020
14.3
33.00
0
1.1310
37.77
tan
35.00
layer t/m
2m
2C
1
PROJECT RAIL VIKAS NIGAM LIMITED
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
0.00
0.00
0.00
tan () x Asi
K x Pdi x
0.00
0.00
279.93
591.90
433.36
591.90
279.93
11.31
0.00
153.44
28.27 262.43
2.5
410.10
1025.26
3.81
3.88
2.96
0
0.31 3.96
14.29
17.50
15
4.40 6.32 26.39
1.90 16.96
1.88
t/m2
As
10.46
1.89 13.35 7.54
15.08
0.51 14.29 1.88
7.24 14.29
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.4 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 2.5 2.5 0.800 0 0 0.00 0 0
I 2.5 5 0.843 0 0 0.00 0 0
I 1 6 0.843 0 0 0.00 2.9 0.5
II 4.5 10.5 0.650 0 0 0.00 2.2 0.5
IIIA 3 13.5 0.872 0 0 0.00 6.65 0.4
IIIA 1.5 15 0.978 0 0 0.00 6.65 0.4
IIIB 3 18 0.805 30 30 0.58 0 0
IIIB 7.5 25.5 0.805 30 30 0.58 0 0
IV 4.5 30 0.965 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 27.5 m
tan
37.77
11.31 0.00
11.31 85.97
0.00
tan () x Asi
PROJECT RAIL VIKAS NIGAM LIMITED
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
VERTICAL CAPACITY OF PILES
234.64
158.35
478.96
28.27
C K x Pdi x
0.00
3.77
16.96
593.69
0.00
0.00
2.62 9.18
2.42 13.17
0.84
2.93
layer t/m
2m
2t/m
2
d*sub Pdi As
33.00
1
15
14.4
14.374.34
6.04
4.53
6.41
14.37
30
1.2
0.965
35.00
0
1.1310
9.42
2.5
456.76
1141.91
0
69.25
593.69
548.21
478.96
16.96
1.47 11.23 5.65 0.00
9.422.00 1.00
2.11 3.05
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 15.0 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 2.5 2.5 0.800 0 0 0.00 0 0
I 2.5 5 0.840 0 0 0.00 0 0
I 2 7 0.840 0 0 0.00 2.9 0.5
II 5.5 12.5 0.723 0 0 0.00 2.6 0.5
IIIA 4 16.5 0.940 0 0 0.00 6.6 0.4
IIIB 1.5 18 0.960 0 0 0.00 8.5 0.4
IIIB 3 21 0.960 0 0 0.00 8.5 0.4
IIIB 4.5 25.5 1.030 0 0 0.00 15 0.4
IV 4.5 30 1.020 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 27.5 m
2.5
401.94
164.77
237.17
9.42 0.00
20.73
0
0.00
164.77
164.77
7.54
15.08
408.05
1020.12
0.00
layer tant/m
2m
2
618.18
2.00
3.98
2.10 3.05
1.68
1.00
7.77
4.94
14.96
4.59 14.96
618.18
16.96
4.64
0.00
0.00
0.00
0.00
9.42
16.96
PROJECT RAIL VIKAS NIGAM LIMITED
d*sub Pdi
1.020
35.00
1
15
37.77
0
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
VERTICAL CAPACITY OF PILES
Ctan () x Asit/m
2
15.0
33.00
3.76 11.64
As K x Pdi x
1.1310
30.0
1.2
2.88 14.96 11.31 0.00
1.44 14.24 5.65
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.8 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 2.5 2.5 0.800 0 0 0.00 0 0
I 2.5 5 0.840 0 0 0.00 0 0
I 1 6 0.840 0 0 0.00 2.9 0.7
II 7 13 0.724 0 0 0.00 2.5 0.5
IIIA 3.5 16.5 0.958 0 0 0.00 8 0.4
IIIB 1.5 18 0.950 0 0 0.00 8 0.4
IIIB 1.5 19.5 0.950 0 0 0.00 8 0.4
IIIB 1.5 21 1.030 0 0 0.00 15 0.4
IV 9 30 1.010 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 27.5 m
d*sub
VERTICAL CAPACITY OF PILES
1.1310
30.0
C
0.00
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
3.77
2.00
0.84
2.10
t/m2
m2
As
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
Pdi
325.79
325.79
9.42
5.65
26.39
9.42 0.00
1.55 14.79
3.35 11.68
1.43
1.00
4.52
14.07
3.05
435.98
1089.95
5.07
1.43
9.09 14.79
0
152.98
13.19
2.5
611.18
478.78
14.8
33.00
325.79
611.18
0.00
1.2
1.010
35.00
1
37.77
0
15
K x Pdi x
0.00
33.93
0.00
7.47 0.00
0.00
5.65 0.00
14.79 5.65
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.4 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 3 3 0.800 0 0 0.00 0 0
I 2 5 0.853 0 0 0.00 0 0
II 6 11 0.853 0 0 0.00 3.4 0.5
IIIA 5 16 0.661 0 0 0.00 2.2 0.5
IIIA 2 18 0.927 0 0 0.00 5.9 0.5
IIIB 12 30 0.927 0 0 0.00 5.9 0.5
IIIB 1.5 31.5 0.970 0 0 0.00 9.5 0.4
IIIB 4.5 36 1.030 0 0 0.00 15 0.4
IV 3 39 1.010 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 mLength of Pile below Cut-off Level Level = 36.5 m
1.2
1.010
35.00
1
15
VERTICAL CAPACITY OF PILES
d*sub
1.1310
39.0
37.77
0
t/m2
PROJECT RAIL VIKAS NIGAM LIMITED
22.62
2.40
5.12
1.71
t/m2
m2
As
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
Pdi
105.64
0.00
105.64
0.00
1.20
6.67
0.005.65
18.85
0.00
7.54 0.00
11.31
14.38
3.25
415.61
1039.02
2.5
595.22
443.80
10.88
105.64
595.22
3.31
1.46
0
338.16
3.03 14.38 11.31
4.64 14.38 16.96
11.12 14.38 45.24
1.85 13.46 7.54
14.4
33.00
0.00
0.00
K x Pdi xC
0.00
n
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 15.3 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 4.5 4.5 0.800 0 0 0.00 0 0
I 0.5 5 0.870 0 0 0.00 0 0
I 3.5 8.5 0.870 0 0 0.00 4.2 0.5
I 2.5 11 0.885 0 0 0.00 4.2 0.5
II 3 14 0.715 0 0 0.00 2.6 0.5
IIIA 4 18 0.959 0 0 0.00 7.6 0.5
IIIA 13.5 31.5 0.959 0 0 0.00 7.6 0.5
IIIB 4.5 36 0.965 0 0 0.00 12 0.4
IIIB 1.5 37.5 1.030 0 0 0.00 12 0.4
IV 2.5 40 1.000 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 37.5 m
4.34 15.27 16.96 0.00
3.05 5.56 13.19 0.00
15.3
33.00
12.95 15.27 50.89
3.84 13.36 15.08
2.15
3.82
1.55
0
421.48
2.50 15.27 9.42
15.27
10.37 0.00
1.80
8.19
458.07
1145.18
2.5
630.22
514.96
0.005.65
11.31
93.48
630.22
93.48
0.00
93.48
0.00
0.00
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asilayer tan
Pdi
PROJECT RAIL VIKAS NIGAM LIMITED
9.42
3.60
2.21
0.44
t/m2
m2
As
0.00
1.88 0.00
C
16.96
t/m2
K x Pdi x
VERTICAL CAPACITY OF PILES
d*sub
1.1310
40.0
37.77
0
1.2
1.000
35.00
1
15
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.8 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 6 6 0.800 0 0 0.00 0 0
I 3 9 0.839 0 0 0.00 3.8 0.5
I 3 12 0.902 0 0 0.00 3.8 0.5
II 3 15 0.700 0 0 0.00 2 0.7
IIIA 3 18 0.877 0 0 0.00 3.8 0.5
IIIA 3.5 21.5 0.877 0 0 0.00 8.5 0.5
IIIA 10.5 32 0.926 0 0 0.00 8.5 0.5
IIIA 3 35 0.956 0 0 0.00 8.5 0.5
IIIB 3 38 0.959 0 0 0.00 12 0.4
IIIB 1.5 39.5 1.030 0 0 0.00 12 0.4
IV 3 42.5 0.980 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 40.0 m
2.88 14.75 11.31 0.00
1.55 14.75 5.65 0.00
3.07 14.75 13.19 0.00
2.71 8.67 11.31 0.00
VERTICAL CAPACITY OF PILES
42.5
0
PROJECT RAIL VIKAS NIGAM LIMITED
11.31
11.31
4.80
2.10
2.52
t/m2
m2
Aslayer tan
Pdi K x Pdi xC
d*sub
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
tan () x Asi
11.31 0.00
0.00
1.1310
11.31
0.00
0.00
108.36
0.00
0.00
108.36
2.40
11.07
14.75
22.62
11.31
39.58
2.94 14.75
6.06
460.64
1151.61
2.63
2.87
0
434.11
2.5
9.72 14.75
1.2
0.980
35.00
1
15
13.44
t/m2
37.77
609.14
542.47
14.8
33.00
108.36
609.14
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.9 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 3 3 0.800 0 0 0.00 0 0
I 2 5 0.833 0 0 0.00 0 0
I 4 9 0.833 0 0 0.00 3.8 0.5
I 6 15 0.896 0 0 0.00 3.8 0.5
II 3 18 0.716 0 0 0.00 2.5 0.5
II 1.5 19.5 0.716 0 0 0.00 2.5 0.5
IIIA 6 25.5 0.943 0 0 0.00 7.3 0.5
IIIA 13.5 39 0.969 0 0 0.00 7.3 0.4
IIIB 4.5 43.5 0.960 0 0 0.00 12 0.3
IIIB 1.5 45 1.030 0 0 0.00 12 0.3
IV 1.5 46.5 0.980 33 33 0.65 0 0
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 44.0 m
5.65 0.00
4.32 14.92 16.96 0.00
11.31 0.00
C tan
22.62 0.00
PROJECT RAIL VIKAS NIGAM LIMITED
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar
t/m
2 tan () x Asi
K x Pdi x
VERTICAL CAPACITY OF PILES
15.08 0.00
0.00
5.65
5.66
13.08 14.92
1.47 14.92
14.92
2.15
1.07
14.92
54.80
0.005.65
50.89
22.62 0.00
1.55
layert/m
2
1.20
3.33 5.73
d*sub Pdi
5.38 10.09
615.79
m2
13.85
14.92
615.79
54.80
0
405.44
2.5
460.23
430.41
1076.02
As
1.67 3.23
2.40 11.31
7.54
37.77
0
1.1310
1
46.5
1.2
0.980
35.00
15
54.80
14.9
33.00
0.00
0.00
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.8 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 7.5 7.5 0.800 0 0 0.00 0 0
I 6 13.5 0.851 0 0 0.00 5.3 0.4
I 1.5 15 0.944 0 0 0.00 5.3 0.4
II 3 18 0.750 0 0 0.00 2.8 0.5
II 2.5 20.5 0.750 0 0 0.00 2.8 0.5
IIIA 2 22.5 0.890 0 0 0.00 11.2 0.3
IIIA 12 34.5 0.956 0 0 0.00 11.2 0.3
IIIA 6 40.5 0.980 0 0 0.00 11.2 0.3
IIIB 6 46.5 1.030 0 0 0.00 15 0.3
IV 1 47.5 0.920 33 33 0.65 0 0.3
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 45.0 m
11.47 14.77 45.24 0.00
1.42 11.81 5.65 0.00
435.43
1088.58
6.00
0.92 14.77 3.77
0
444.10
608.32
6.18
5.11
2.25
1.88
1.78 14.77
14.77
5.88 14.77
3.00
8.55
13.65
14.77
2.5
480.26
608.32
36.16
22.62
9.42
22.62
0.00
0.00
0.00
36.16
0.00
36.16
0.00
C tan
PROJECT RAIL VIKAS NIGAM LIMITED
33.00
K x Pdi x
tan () x Asi
14.8
t/m2
m2
d*sub
37.77
0
Pdi
t/m2
As
7.54
0.00
0.00
22.62
11.31
28.27
VERTICAL CAPACITY OF PILES
layer
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
15
1.1310
1
47.5
1.2
0.920
35.00
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.9 t/m2
Angle of Internal Friction at toe = deg
Depth Overal sub
m Depth t/m3
- 4.5 4.5 0.800 0 0 0.00 0 0
I 0.5 5 0.821 0 0 0.00 0 0
I 5.5 10.5 0.821 0 0 0.00 3.6 0.5
I 4.5 15 0.903 0 0 0.00 3.6 0.5
II 3 18 0.762 0 0 0.00 2.8 0.5
IIIA 9 27 0.937 0 0 0.00 7.6 0.4
IIIA 6 33 0.973 0 0 0.00 7.6 0.4
IIIB 7.5 40.5 1.011 0 0 0.00 12 0.3
IV 1.5 42 1.000 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 39.5 m
22.62 0.00
7.58 14.88 28.27 0.00
4.52 6.27 20.73 0.00
K x Pdi xC
37.77
0
1.1310
42.0
PROJECT RAIL VIKAS NIGAM LIMITED
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
VERTICAL CAPACITY OF PILES
0.00
0.00
tan () x Asi
11.31
16.96
0.00
1.50
10.56
13.73
14.88
5.84 14.88
1.80
0.41 3.81
3.60
0.00
4.06
2.29
0.00
layer tant/m
2
d*sub Pdi As
t/m2
410.59
1026.48
614.46
54.63
0
357.39
2.5
614.46
412.02
1.2
1.000
35.00
1.88
16.96
15
14.9
33.00
m2
1
54.63
8.43
5.65
14.88 33.93
54.63
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 15.1 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 3 3 0.800 0 0 0.00 0 0
I 2 5 0.839 0 0 0.00 0 0
I 4 9 0.839 0 0 0.00 4.4 0.5
I 3 12 0.922 0 0 0.00 4.4 0.5
II 4 16 0.766 0 0 0.00 2.9 0.5
IIIA 2 18 0.911 0 0 0.00 7 0.4
IIIA 1 19 0.911 0 0 0.00 7 0.4
IIIA 2 21 0.961 0 0 0.00 7 0.4
IIIB 7.5 28.5 0.993 0 0 0.00 11.5 0.4
IV 5 33.5 0.900 32.5 32.5 0.64 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 31.0 m
3.36 5.76 15.08 0.00
0.91 15.09 3.77
2.5
404.56
1011.41
33.5
1.2
0.900
32.00
35.22
0
1.1310
443.92
layer tant/m
2m
2
d*sub Pdi As
567.49
8.82
11.73
14.18
11.31
15.08
18.85
0
262.76
0.00
15.09
4.50 15.09
2.40
1.68 3.24
7.45
7.54
0.00
181.16
567.49
181.16
181.16
0.00
0.00
0.00
0.00
0.00
PROJECT RAIL VIKAS NIGAM LIMITED
7.54
28.27
1.92
2.77
3.06
1.82
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
t/m2
Ctan () x Asi
VERTICAL CAPACITY OF PILES
32.50
1
15
15.1
1.20
K x Pdi x
15.09
11.31
0.00
7.54
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CALCULATIONS FOR
Sec.
I
Length of Pile below Ground Level L = m
Dia of Pile D = m
Effective Unit weight of soil at Pile Tip = t/m3
Bearing Capacity Factor Nq =
Bearing Capacity Factor N =
Depth of Pile Cap = m
Area of Pile Ap = m2
Earth Pressure Coefficient k =
Overburden Considered for a depth of = times the dia of pile
Overburden Pdi = t/m2
Overburden Pd = 14.5 t/m2
Angle of Internal Friction at toe = deg
Depth Overa sub
m Depth t/m3
- 3 3 0.800 0 0 0.00 0 0
I 2 5 0.851 0 0 0.00 0 0
I 2.5 7.5 0.851 0 0 0.00 2.6 0.7
II 4.5 12 0.600 0 0 0.00 2.4 0.7
IIIA 4 16 0.909 0 0 0.00 5.1 0.5
IIIB 2 18 0.953 0 0 0.00 8.3 0.4
IIIB 1 19 0.953 0 0 0.00 8.3 0.4
IV 1 20 0.927 31 31 0.60 0 0
IV 4 24 0.950 33 33 0.65 0 0
IV 6 30 1.000 33 33 0.65 0 0
= %
End Bearing Component for Sand layer = T
Friction Bearing Component for Sand layer = T
End Bearing Resistance for Clay Layer = T
Friction Bearing Resistance for Clay Layer = T
Total End Bearing Resistance = T
Total Friction Bearing Resistance = T
Total Bearing Resistance including both cohessive & granular soils = T
Factor of safety =
Safe Bearing Capacity = T
Pile Cut Off level from GL = 2.5 m
Length of Pile below Cut-off Level Level = 27.5 m
13.52
11.31
0.00
7.54
1.20
K x Pdi x
14.5
layer
3.77
1.91
2.13
2.70
3.64
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
t/m2
Ctan () x Asi
VERTICAL CAPACITY OF PILES
0.00
0.00
0.00
0.00
PROJECT RAIL VIKAS NIGAM LIMITED
15.08
33.00
1
15
0.00
14.47
6.00
2.40
1.70 3.25
0.95
7.54
0.00
7.58
10.75
9.42
16.96
22.62 212.58
387.07
t/m2
m2
d*sub Pdi As
5.17
0
1.1310
508.73
0
121.66
598.47
598.47
387.07
tan
3.77 32.78
2.5
442.88
1107.20
30.0
1.2
1.000
35.00
37.77
14.47
3.80 14.47 15.08 141.72
0.93 14.47
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CALCULATIONS FOR
Description
Checked By
Sec.
II Grade of Concrete of Pile fck = 35 N/mm2
Grade of Steel of Pile fy = 500 N/mm2
Dia of Pile d = 1.2 m
Young's Modulus of Pile Material E = kg/cm2
Moment of Inertia of Pile Cross Section I = cm4
UNCONFINED COMPRESSIVE STRENGTH =
K2 = 28.58 kg/cm2 The K2 value has been cons
Appendix C of IS 2911 Par
Depth of Fixity The code is silent for K2 va
For Piles Embedded in Dense Sand R = cm hence linear interpretation h
Free Length of Pile in Soil L1 = 0 cm
L1
=
R
For Free Head Piles Lf = 1.6
R
Hence, Length of Fixity for a free head pile Lf = cm
For Fixed Head Piles Lf = 1.95
R
Hence, Length of Fixity for a fixed head pile Lf = cm
Pile Head Deflection/Lateral Capacity of Pile
Lateral Capacity of Pile (load in kg reqd for 0.5cm deflection) Y = 0.5 cm
For a free head pile Q (free head) = 5.96 T
For a fixed head pile Q (fixed head) = 13.18 T
1110.96
295804.0
10178760
0.61
569.72
0.00
911.56
LATERAL CAPACITY OF PILES
PROJECT RAIL VIKAS NIGAM LIMITED
Design & Construction of Viaduct and Stations (Extension of North South Corridor) from Naupura to Dakshineswar.
Cal By
EILLQY
f
3
3
1
4
2K
EIR
EI
LLQY
f
12
3
1
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ANNEXURE - 1
SOIL REPORT -
BORE HOLE DAT
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ANNEXURE - 4
TEST PILE DESIGN
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ANNEXURE - 2
GEOTECH PROFILE
OF BORELOGS
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ANNEXURE - 5
GA & RC DRAWING OF TEST PILE
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CAPACITY CALCULATIONS
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ANNEXURE - 3
TYPICAL LOAD ON PILE
CALCULATION
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