BENDING MOMENTS - kNm 1.4Gk + 1.6Qk My v of col 142.5 My ^ of col 186.5 Mx 212.3 E-W STEEL M= b= d= K= z= As = Provide No = As prov = fs = Max clear S = Min clear S = Clear S =
N-S STEEL M = 186.5 Ø25 K' = 0.1558 b = 1798 min As = 0.13% d = 279.5 K = 0.0266 z = 265.5 As = 1603 Provide 1603 No = 4 As prov = 1963 fs = 250 Max clear S = 275.0 Min clear S = 25.0 Clear S = 161.3 4 T25 B 180.0
Job No
OVERTURNING MOMENTS - kNm characteristic DEAD IMPOSED WIND Mx 10.0 5.0 2.0 My 20.0 10.0 5.0
. .
Gk + 1.4Wk 74.5 101.5 116.0
15
from pile centres
1050 0.8301 4
As% = 0.614 vc 2d/av = 0.8716 Spacing = 200
.
1312 0.5178 4
As% = 0.535 vc = 0.6426 Spacing = 150
.
4 Legs T8 @ 200 LINKS
4 Legs T8 @ 150 LINKS
No other critical section m = 3747 d ave = 292 v = 0.000 av = 426.5 vc 2d/av = 0.871 ok
Project
Spreadsheets to BS 8110
Client
0 Pilecap E12
Location
Reinforced Concrete Council Made by
4 Pile Cap
0 Originated from RCC82.xls v β2 on CD
Cap load =
43.2
107.5 168.6
PILE 2 162.8 165.0 220.2
PILE 3 174.8 179.4 237.9
PILE 4 186.9 193.1 255.6
117.8 185.0
129.2 202.4
139.5 218.8
BENDING MOMENTS - kNm 1.4Gk + 1.6Qk My v of col 253.6 My ^ of col 296.1 My < of col 286.3 My > of col 309.3
Gk + 1.4Wk 135.2 161.2 153.9 167.3
E-W STEEL BOTTOM TOP Ø16 Ø10 M = 309.3 0.0 b = 2000 2000 d = 367.0 395.0 K = 0.0230 0.0000 z = 348.7 375.3 As = 2025 0 Provide 2025 0 No = 11 11 As prov = 2212 864 fs = 281 11 T10 T1 Max clear S = 284.0 Min clear S = 25.0 Clear S = 170.8
BEAM SHEAR EW (NS plane)
V = 475.8 av = 470.0
-
29-Nov-13 Revision
-
1.2(Gk+Qk+Wk) 212.2 252.7 241.1 262.4
PUNCHING V= v= v max =
K' = 0.1558 min As = 0.13%
Critical section is 180 mm from pile centres Ø8 links v = 0.6482 As% = 0.301 . vc 2d/av = 0.7908 (v - vc)b = 800.0 No of legs = 11 Spacing = 300 11 Legs T8 @ 300 LINKS
Column Face 916.2 1.823 5.000 ok
P2000
(including tolerance)
11 T16 B2
v = 0.7029 vc 2d/av = 0.7676 No of legs = 11
Job No
.
NS (EW plane)
V = 493.5 av = 470.0
29
. .
N-S STEELBOTTOM TOP Ø16 Ø10 M = 296.1 0.0 b = 2000 2000 d = 351.0 385.0 K = 0.0240 0.0000 z = 333.5 365.8 As = 2027 0 Provide 2027 0 No = 11 11 As prov = 2212 864 fs = 281 11 T10 T2 Max clear S = 284.0 Min clear S = 25.0 Clear S = 170.8
11 T16 B1
Checked
Page
OVERTURNING MOMENTS - kNm characteristic DEAD IMPOSED WIND Mx 10.5 5.2 2.1 My 20.9 10.5 5.2
BENDING MOMENTS - kNm 1.4Gk + 1.6Qk My v of col 414.5 My ^ of col 464.1 My < of col 387.3 My > of col 419.6
Gk + 1.4Wk 221.6 252.3 207.5 227.7
E-W STEEL BOTTOM TOP Ø16 Ø12 M = 419.6 0.0 b = 2539 2539 d = 501.0 532.0 K = 0.0132 0.0000 z = 476.0 505.4 As = 2012 0 Provide 2012 0 No = 11 11 As prov = 2212 1244 fs = 279 11 T12 T2 Max clear S = 284.0 Min clear S = 25.0 Clear S = 224.3
BEAM SHEAR V = 496.9 av = 739.5
. .
1.2(Gk+Qk+Wk) 349.9 396.9 328.3 357.5
N-S STEELBOTTOM TOP Ø16 Ø12 M = 464.1 0.0 b = 2539 2539 d = 517.0 544.0 K = 0.0137 0.0000 z = 491.2 516.8 As = 2157 0 Provide 2157 0 No = 11 11 As prov = 2212 1244 fs = 299 11 T12 T1 Max clear S = 284.0 Min clear S = 25.0 Clear S = 224.3
11 T16 B2
EW (NS plane)
.
(including tolerance)
K' = 0.1558 min As = 0.13%
11 T16 B1
Critical section is 180 mm from pile centres Ø10 links v = 0.3906 As% = 0.174 . vc = 0.5590 (v - vc)b = 1015.6 No of legs = 11 Spacing = 350 11 Legs T10 @ 350 LINKS
NS (EW plane)
V = 504.7 av = 739.5
PUNCHING V= v= v max =
v = 0.3845 vc = 0.5709 No of legs = 11
Column Face 955.5 1.251 5.000 ok
As% = 0.168 (v - vc)b = 1015.6 Spacing = 350
.
11 Legs T10 @ 350 LINKS
No other critical section m = 5916 d ave = 509 v = 0.000 av = 739.5 vc 2d/av = 0.565 ok
Project
Spreadsheets to BS 8110
Client
0 Pilecap C10
Location
Reinforced Concrete Council Made by
6 Pile Cap
0 Originated from RCC82.xls v β2 on CD
Cap load =
103.0
PILE 2 154.1 158.2 198.5 107.1 168.3
PILE 3 148.0 152.1 190.0 101.7 161.0
PILE 5 154.6 159.7 199.6 107.6 170.1
PILE 6 167.2 173.3 217.7 119.0 186.5
1.2(Gk+Qk+Wk) 384.3 427.9 301.9 332.6
N-S STEELBOTTOM TOP Ø16 Ø10 M = 500.8 0.0 b = 2000 2000 d = 567.0 595.0 K = 0.0156 0.0000 z = 538.7 565.3 As = 2122 0 Provide 2122 0 No = 11 11 As prov = 2212 864 fs = 294 11 T10 T1 Max clear S = 284.0 Min clear S = 25.0 Clear S = 170.4
14 T16 B2
V = 624.4 av = 470.0
PILE 4 160.6 165.8 208.1 113.0 177.4
Gk + 1.4Wk 243.4 271.9 190.7 212.0
E-W STEEL BOTTOM TOP Ø16 Ø12 M = 390.2 0.0 b = 3300 3300 d = 551.0 584.0 K = 0.0078 0.0000 z = 523.5 554.8 As = 1702 0 Provide 2789 0 No = 14 14 As prov = 2815 1583 fs = 185 14 T12 T2 Max clear S = 284.0 Min clear S = 25.0 Clear S = 227.4
BEAM SHEAR
-
Date
Page
Revision
-
PUNCHING V= v= v max =
P2000
.
(including tolerance)
K' = 0.1558 min As = 0.13%
11 T16 B1
Critical section is 180 mm from pile centres Ø10 links v = 0.3434 As% = 0.155 . vc 2d/av = 0.9306 (v - vc)b = 1320.0 No of legs = 14 Spacing = 350 14 Legs T10 @ 350 LINKS v = 0.3680 vc = 0.4340 No of legs = 11
Column Face 1194.4 1.257 5.000 ok
Job No
. .
NS (EW plane)
V = 417.3 av = 1120.0
28
29-Nov-13
OVERTURNING MOMENTS - kNm characteristic DEAD IMPOSED WIND Mx 19.2 5.3 2.1 My 23.4 10.7 5.3
BENDING MOMENTS - kNm 1.4Gk + 1.6Qk My v of col 454.8 My ^ of col 500.8 My < of col 356.3 My > of col 390.2
NOTES Concrete grade C50. Cover 75 mm bottom. Cover 50 mm top & sides.
Links 7 T8 07 200 + 2x7 T8 08 200 ELEVATION
14 T16 23 B2
Links 14x6 T10 25 350 ELEVATION
202 -
Dwg No
Spreadsheets to BS 8110 P2000
Client
-
14 T12 24 T2
Revision
14 Link Legs ELEVATION
Checked
11 Link Legs ELEVATION
11 T16 26 B1
29-Nov-13
11 T10 27 T1
Rod
11 T16 21 B1
Project
PLAN (Pilecap C10)
Links 11x7 T10 20 350 ELEVATION 11 T12 22 T1
Links 11x7 T8 17 300 ELEVATION
Job No
11 T16 18 B2
11 T16 15 B2
Date
11 T12 19 T2
5 Pile Cap - 2 No
PLAN (Pilecap D11)
11 T10 16 T2
Links 7 T8 11 150 + 2x7 T8 12 150 ELEVATION
ELEVATION
11 T16 13 B1
11 Link Legs ELEVATION
4 T25 09 B2
4 T12 10 T2
11 T10 14 T1
Made by
4 T25 05 B1
This drawing is diagramatic. Connecting slabs &
Reinforced Concrete Council
Links 5 T16 03.325 + 2x5 T16 04.325 ELEVATION
4 T12 06 T1
PLAN (Pilecap E12)
4 Pile Cap - 5 No
9 T25 01 B
3 Pile Cap - 3 No
4 T20 02 T
PLAN (Pilecap F13)
6 Pile Cap - 1 No
PLAN ()
2 Pile Cap - 4 No
Refer to GA drawings for orientation and dimensions.
Diagrams DOUBLE Cap X 0 0 900 Cap Y 0 2400 2400 Column X 200 200 700 Column Y 950 1450 1450 600 diameter piles X 0.0 -52.1 ##### Y ##### ##### ##### Pile X 450.0 397.9 347.4 Pile 1 Y 150.0 154.6 168.1 Pile 2 Y 1650 1655 1668 ELEVATION Cap X 0 0 2400 Cap Y 600 1600 1600 Piles X 150 150 Piles Y 0 600 Cutoff X 150 150 750 Cutoff Y 600 650 650 Bar X 50 50 2350 Top bar Y 1540 1540 1540 Btm bar Y 925 685 685 E Links X 100 100 E Links Y 675 1550 C Links X 875 875 C Links Y 675 1550 TRIPLE Cap X 0 0 2000
900 0 700 950 ##### ##### 300.0 190.2 1690
Control 0 2400 0 900 200 Fill 250 950 950 ##### ##### 257.2 220.2 1720
Cap Y Column X Column Y 600 X Y Pile 1 X Pile 2 X Pile 3 X Pile 1 Y Pile 2&3 Y Cap X Cap Y Piles X Piles Y Cutoff X Cutoff Y Top bar X Top bar Y Btm bar X Btm bar Y E Links X E Links Y C Links X C Links Y Cap X Cap Y Piles X
Piles Y 0 240 0 Cutoff X 50 50 650 650 Cutoff Y 240 290 290 240 Top bar X 50 766 1126 1776 Top bar Y 568 568 568 568 Btm bar X 50 50 1776 1776 Btm bar Y 577 337 337 577 E Links X 110 110 110 E Links Y 327 580 327 C Links X 388 388 538 C Links Y 327 580 327 QUADRUPLE Cap X 0 0 2000 2000 Cap Y 0 2000 2000 0 Column X 850 850 1150 1150 Column Y 800 1200 1200 800 600 diameter piles X 0.0 -52.1 ##### ##### Y ##### ##### ##### ##### Pile 1&3 X 350 298 247 200 Pile 2&4 X 1650 1598 1547 1500 Pile 1&2 Y 50 55 68 90 Pile 3&4 Y 1350 1355 1368 1390 SOUTH ELEVATION Cap X 0 0 2000 2000 Cap Y 270 720 720 270 Piles X 50 50 650 Piles Y 0 270 0 Cutoff X 50 50 650 650 Cutoff Y 270 320 320 270
240
0 240 1176 1176 1776 1776 240 290 290 240
space No centre 826 6 ends 120 1 110 110 110 580 327 580 538 688 688 580 327 580 Control 0 2000 C/L 0 2000 850 Fill 880 880 800 800 1200 ##### ##### 157 1457 120 1420 0 270 650 270
1350 1350 1950 1950 Col X 850 0 270 0 270 Col Y 720 1350 1350 1950 1950 270 320 320 270 No start end
##### 192.8 120 1420 543 1843
850 1058 S
##### 229.8 157 1457 580 1880
970 800
970 1200
##### 259.8 200 1500 610 1910
##### 281.9 247 1547 632 1932
1150 1150 720 1058
Top bar X 50 1950 Btm bar X Top bar Y 670 670 Btm bar Y Links X 100 100 280 Links Y 357.5 657.5 357.5 EAST ELEVATION Cap X 0 0 2000 2000 Cap Y 270 720 720 270 Piles X 50 50 650 Piles Y 0 270 0 Cutoff X 50 50 650 650 Cutoff Y 270 320 320 270 Top bar X 50 1950 Btm bar X Top bar Y 645 645 Btm bar Y Links X 100 100 400 QUINTRUPLE Cap X 0 0 2539 2539 Cap Y 0 2539 2539 0 Column X 1045 1045 1495 1495 Column Y 1120 1420 1420 1120 600 diameter piles X 0.0 -52.1 ##### ##### Y ##### ##### ##### ##### Pile 1&3 X 350 298 247 200 Pile 2&4 X 2189 2137 2086 2039 Pile 5 X 1270 1217 1167 1120 Pile 1&2 Y 50 55 68 90 Pile 3&4 Y 1889 1894 1907 1929 Pile 5 Y 970 974 988 1010 SOUTH ELEVATION Cap X 0 0 2539 2539
Cap Y Piles X Piles Y Cutoff X Cutoff Y Top bar X Top bar Y Links X Links Y
360 960 960 360 50 50 650 0 360 0 50 50 650 650 360 410 410 360 50 2489 Btm bar X 885 885 Btm bar Y 219.5 219.5 570 447.5 897.5 447.5 EAST ELEVATION Cap X 0 0 2539 2539 Cap Y 360 960 960 360 Piles X 50 50 650 Piles Y 0 360 0 Cutoff X 50 50 650 650 Cutoff Y 360 410 410 360 Top bar X 50 2489 Btm bar X Top bar Y 910 910 Btm bar Y Links X 100 100 333.9 SEXTRUPLE Cap X 0 0 2000 2000 Cap Y 0 3300 3300 0 Column X 825 825 1175 1175 Column Y 1400 1900 1900 1400 600 diameter piles X 0.0 -52.1 ##### ##### Y ##### ##### ##### ##### Pile 1,3,5 X 350 298 247 200 Pile 2,4,6 X 1650 1598 1547 1500 Pile 1&2 Y 50 55 68 90
Pile 3&4 Y 1350 1355 1368 1390 1420 Pile 5&6 Y 2650 2655 2668 2690 2720 SOUTH ELEVATION Cap X 0 0 2000 2000 0 Cap Y 390 1040 1040 390 390 Piles X 50 50 650 650 Piles Y 0 390 0 390 Cutoff X 50 50 650 650 Cutoff Y 390 440 440 390 Top bar X 50 1950 Btm bar X 50 Top bar Y 965 965 Btm bar Y 620 Links X 125 125 475 475 Links Y 477.5 977.5 477.5 977.5 EAST ELEVATION Cap X 0 0 3300 3300 0 Cap Y 390 1040 1040 390 390 Piles X 50 50 650 650 Piles Y 0 390 0 390 Cutoff X 50 50 650 650 Cutoff Y 390 440 440 390 Top bar X 50 3250 Btm bar X 50 Top bar Y 990 990 Btm bar Y 595 Links X 100 100 338.5 338.5 DRAWING - EAST ELEVATION 1total length Cap X 69.5 69.5 2470 2470 69.5 Cap Y 372 1372 1372 372 372 Piles X 219.5 219.5 819.5 819.5 Piles Y 0 372 0 372 Column X 1020 1020 1520 1520 Column Y 1372 1837 1372 1837
Cutoff X 219.5 219.5 819.5 819.5 Cutoff Y 372 422 422 372 Top bar X 119.5 2420 4498 Top bar Y 1312 1312 1300 Btm bar X 119.5 119.5 2420 2420 Btm bar Y 697 457 457 697 Links X 169.5 169.5 169.5 Links Y 447 1322 447 DRAWING - EAST ELEVATION 2 Cap X 0 0 2539 2539 Cap Y 772 1372 1372 772 Piles X 50 50 650 Piles Y 0 772 0 Column X 1120 1120 1420 Column Y 1372 1837 1372 Cutoff X 50 50 650 650 Cutoff Y 772 822 822 772 Top bar X 50 2489 3761 Top bar Y 1322 1322 1322 Btm bar X 50 50 2489 2489 Btm bar Y 977 847 847 977 Links X 100 100 333.9 Links Y 832 1342 832 DRAWING - SOUTH ELEVATION 1 Cap X 819.5 819.5 1720 1720 Cap Y 372 1372 1372 372 Piles X 969.5 969.5 1570 Piles Y 0 372 0 Column X 1020 1020 1520 Column Y 1372 1837 1372
Cutoff X 969.5 969.5 1570 1570 Cutoff Y 372 422 422 372 Top bar X 4411 6311 8502 Top bar Y 1312 1312 1322 Btm bar X 4411 4411 6311 6311 Btm bar Y 1297 1057 1057 1297 Links X 4471 4471 4471 Links Y 1047 1322 1047 DRAWING - SOUTH ELEVATION 2 Cap X 0 0 2539 2539 Cap Y 772 1372 1372 772 Piles X 50 50 650 Piles Y 0 772 0 Column X 1045 1045 1495 Column Y 1372 1837 1372 Cutoff X 50 50 650 650 Cutoff Y 772 822 822 772 Top bar X 50 2489 4411 Top bar Y 1297 1297 1297 Btm bar X 50 50 2489 2489 Btm bar Y 1002 872 872 1002 Links X 219.5 219.5 569.5 Links Y 859.5 1310 859.5 DRAWING - PLANS 1 Cap X 819.5 819.5 1720 1720 Cap Y 0 2400 2400 0 Pile 1 X 1270 1217 1167 1120 Pile 1 Y 150 155 168 190 Pile 2 X 1270 1217 1167 1120 Pile 2 Y 1650 1655 1668 1690
Pile 3 X 6011 5959 Pile 3 Y 1463 1468 Pile 4 X 10102 10050 Pile 4 Y 1550 1555 Column X 1020 1020 Column Y 950 1450 Fill X 1070 1070 Fill Y 950 1450 DRAWING - PLANS 2 Cap X 0 0 Cap Y 0 2539 Pile 1 X 350 298 Pile 1 Y 50 55 Pile 2 X 2189 2137 Pile 2 Y 50 55 Pile 3 X 350 298 Pile 3 Y 1889 1894 Pile 4 X 2189 2137 Pile 4 Y 1889 1894 Pile 5 X 1270 1217 Pile 5 Y 970 974 Pile 6 X 6361 6365 Pile 6 Y 1920 1867 Column X 1045 1045 Column Y 1120 1420 Fill X 1090 1090 Fill Y 1120 1420
Disclaimer All advice or information from the British Cement Association and/or Reinforced Concrete Council is intended for those who will evaluate the significance and limitations of its contents and take responsibility for its use and application. No liability (including that for negligence) for any loss resulting from such advice or information is accepted by the BCA, RCC or their subcontractors, suppliers or advisors. Users should note that all BCA software and publications are subject to revision from time to time and should therefore ensure that they are in possession of the latest version. This spreadsheet should be used in compliance with the accompanying publication 'Spreadsheets for concrete design to BS 8110 and EC2' available from British Cement Association, Telford Avenue, Crowthorne, Berkshire RG45 6YS. Status of spreadsheet Public release version.
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