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00 A L = A, stock lengths L = A L = A + (C) - 4 d 01 14 BS 8666:2005 Standard Shapes Shape and total length of bar (L) measured along centre-line A (B) A L = A + (B) - 0.5 r - d 11 (B) A L=A + (B) - 0.43 R - 1.2 d 12 R (C) L = A + 0.57 B + (C) - 1.6 d A Semi circular B 13 L = A + (C) A B (C) 15 L = A + B + (C) - r - 2 d 21 A (C) B 22 23 24 25 L = A + B + (E) A B C D (E) 26 A B (C) L = A + B + (C) D 27 28 29 (D) A 31 L = A + B + C + (D) - 1.5 r - 3 d B C 32 33 A B (C) L =2 A + 1.7 B + 2 (C) - 4 d Semi circular Semi circular 34 35 L = A + B + C + (D) - 1.5 r - 3 d L = A + B + (C) - r - 2 d L = A + B + (C) L = A + B + (C) - 0.5 r - d L = A + B + (C) - 0.5 r - d L = A + B + (C) - r - 2 d L = A + B + C + (D) - 1.5 r - 3 d L = A + B + C + (E) - 0.5 r - d L = A + B + C + (E) - 0.5 r - d A B (C) Semi circular A B C (D) B A (C) A B (C) D A B (C) D A B (C) D A B (C) D (D) B A C (E) D B A C C B A D (E) sheet 1 of 2 For a bar scheduling spreadsheet for Microsoft Excel visit this web site: www.structural-engineering.fsnet.co.uk

BS8666 Shapes

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Page 1: BS8666 Shapes

00

A

L = A, stock lengthsL = A

L = A + (C) - 4 d

01

14

BS 8666:2005 Standard Shapes

Shape and total length of bar (L) measured along centre-line

A

(B)

A

L = A + (B) - 0.5 r - d

11

(B)

A

L=A + (B) - 0.43 R - 1.2 d

12

R

(C)

L = A + 0.57 B + (C) - 1.6 d

A

Semi circular B

13

L = A + (C)

A

B

(C)

15

L = A + B + (C) - r - 2 d

21

A(C)

B

22

23 24 25

L = A + B + (E)

A B

C D

(E)

26

A

B(C)

L = A + B + (C)

D

27 28

29

(D)

A31

L = A + B + C + (D) - 1.5 r - 3 d

B

C

32

33

A

B

(C)

L =2 A + 1.7 B + 2 (C) - 4 d

Semi circular Semi circular

34 35

L = A + B + C + (D) - 1.5 r - 3 d

L = A + B + (C) - r - 2 d L = A + B + (C)

L = A + B + (C) - 0.5 r - d L = A + B + (C) - 0.5 r - d

L = A + B + (C) - r - 2 d L = A + B + C + (D) - 1.5 r - 3 d

L = A + B + C + (E) - 0.5 r - d L = A + B + C + (E) - 0.5 r - d

A

B

(C)

Semi circularA

B

C

(D)

B

A

(C)

A

B (C)

D

A

B

(C) D

A

B

(C)

D

A

B

(C)

D

(D)

B

A

C

(E) D

B

A

C

CB

A

D

(E)

sheet 1 of 2

For a bar scheduling spreadsheet for Microsoft Excel visitthis web site: www.structural-engineering.fsnet.co.uk

Page 2: BS8666 Shapes

36

BS 8666:2005 Standard Shapes

All shapes where standard shapes cannot be used.No other shape code number, form of designation or abbreviation shall beused in scheduling.A dimensioned sketch shall be drawn over the dimension columns A to E.Every dimension shall be specified and the dimension that is to allow forpermissible deviations shall be indicated in parenthesis, otherwise thefabricator is free to choose which dimension shall allow for the tolerance.

Shape and total length of bar (L) measured along centre-line

99

41

D

A

L = A + B + C + D + (E) - 2 r - 4 d

B

C

(E) 44

L = A + B + C + D + (E) - 2 r - 4 d

A

B

C

D

(E)

46

A

C

D

B BD

(E)

L = A + 2 B + C + (E)

47 51

B

A

C

(D)

L = 2 A + 2 B + max(16 d, 160)

56 63

A

R

64

67

75

77

A

B

C = no. of turns

98

L = A + B + C + (D) - r - 2 d

L = 2 A + B + max(21 d, 240)

L = A + B + C + (D) + 2(E) - 2.5 r - 5 d L = 2 A + 3 B + max(14 d, 150) L = A + B + C + 2 D + E + (F) - 3 r - 6 d

L = A

L = 3.14 [A - d] + (B)

L = 3.14 (A - d) C

L = A + 2 B + C + (D) - 2 r - 4 d

C

B

A

E

(D)

A

(C) (D)

B

B

C

(D)

(E)A

(F)

A

B

(C) (D)

A

B

CE

(F)D

A

(B)

A

B

C

(D)

B

where B > A/5L =sqrt {(3.14 [A - d])² + B²} C

*see note *see note

*see note

NotesThe length equations for shape codes47, 51 and 63 are for when dimensionsC and D are to be minimised.

'+ max(14 d, 150)' means add the greatervalue of either 14 d or 150mm.

Shape code table 15 May 06© 2006 Chris Buczkowski

email:[email protected]

For a bar scheduling spreadsheet for Microsoft Excel visitthis web site: www.structural-engineering.fsnet.co.uk

sheet 2 of 2

The author grants free use of these drawings provided they remain unmodifiedand copyright acknowledgement is clearly indicated. The author disclaims allwarranties relating to fitness and to use of these tables. The user bears all risksas to the accuracy of the information contained within and any liabilites arising.

B

C