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Steel Designers Manual - TheBestFriend.org

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This material is copyright - all rights reserved. Reproduced under licence from The <strong>Steel</strong> Construction Institute on 12/2/2007<br />

To buy a hardcopy version of this document call 01344 872775 or go to http://shop.steelbiz.<strong>org</strong>/<br />

<strong>Steel</strong> <strong>Designers</strong>' <strong>Manual</strong> - 6th Edition (2003)<br />

Table 26.6 Design checks for beam-to-beam double angle cleat connections<br />

Check Description Design rule<br />

no.<br />

Simple connections 743<br />

1 Essential detailing<br />

requirements<br />

See Fig. 26.14.<br />

2 Shear capacity of bolt The shear capacity of a single bolt in double shear<br />

group connecting cleats<br />

to web of supported<br />

beam<br />

(2Ps) must be greater than the resultant force on the<br />

outermost bolt due to direct shear and bending (Fs)<br />

3 Shear and bearing For shear For bearing<br />

capacity of cleats The shear capacity of The bearing capacity of<br />

connected to supported the leg of the angle cleat the leg of the angle cleat<br />

beam (Pv) must be greater than<br />

half the reaction at the<br />

per bolt (Pbs) must be<br />

greater than half the<br />

end of the beam<br />

resultant force on the<br />

Fs<br />

outermost bolt ( 2 ) .<br />

4a Plain end beams – shear For shear For bearing<br />

and bearing capacity of The shear capacity of The bearing capacity of<br />

the supported beam the beam (Pv) must be<br />

greater than the reaction<br />

at the end of the<br />

the supported beam web<br />

per bolt (Pbs) must be<br />

greater than the<br />

beam (Fv) resultant force on the<br />

outermost bolt (Fs)<br />

4b Notched beams – shear For shear For bearing<br />

and bearing capacity of The shear capacity of The bearing capacity of<br />

the supported beam the beam (Pv) must be<br />

greater than the reaction<br />

at the end of the<br />

the supported beam web<br />

per bolt (Pbs) must be<br />

greater than the<br />

beam (Fv). resultant force on the<br />

outermost bolt (Fs)<br />

4c Notched beams – The elastic moment capacity of the notched section<br />

bending capacity of<br />

reduced beam section<br />

at the notch<br />

(pyZ ) must be greater than the applied moment<br />

Fv(t1 + c)a<br />

4d Notched beams – local Basic requirements for the notch – see section<br />

stability of notched<br />

beams restrained<br />

against lateral torsional<br />

buckling<br />

26.2.5.1.<br />

4e Notched beams – overall See section 26.2.5.1 for checking the overall<br />

stability of notched<br />

beams unrestrained<br />

against lateral torsional<br />

buckling<br />

stability of a notched beam<br />

5 Shear capacity of bolt<br />

group connecting cleats<br />

to supporting beam<br />

The shear capacity of the bolt group (SPs) must be<br />

greater than the reaction at the end of the beam (Fv) ( ) .<br />

Fv<br />

2

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