05.02.2017 Views

283757893275

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

418 Barry’s Advanced Construction of Buildings<br />

Concrete block<br />

inner leaf of<br />

cavity wall<br />

Concrete<br />

column<br />

Concrete beam<br />

and floor<br />

Insulation<br />

dpc<br />

Brick slip<br />

Steel clip<br />

to support<br />

brick slips<br />

Mastic<br />

pointing<br />

Filler between<br />

brick and<br />

concrete<br />

Floor slab supports<br />

brick outer leaf<br />

Cavity fill insulation<br />

Concrete block inner leaf<br />

Steel anchor bolted<br />

to soffit of beam<br />

Wall tie is adjustable<br />

through slot that fits<br />

around anchor<br />

Figure 7.2 Brick cladding to concrete frame. (Note: This form of construction is no longer<br />

used due to thermal bridge across the concrete floor and brick step.)<br />

effectively by a sandwich, inner lining or inner skin of insulating material with the edge<br />

jointing material acting as a thermal break in the narrow thermal bridge of the edge metal,<br />

as illustrated later in Figure 7.5.<br />

Resistance to the passage of sound<br />

Manufacturers of cladding and curtain wall systems provide notional sound-resistance<br />

figures for their products. The figures provide a useful guide to the expected noise reduction<br />

of a particular construction; however, the actual detailing at the cladding and curtain<br />

wall, especially at the junction with the structural frame, will affect the actual values. The<br />

most effective way of reducing impact sound is to isolate the potential source of impact<br />

from continuous solid transmitters such as structural frames. Resilient fixings to door

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!