Structural Floor Panels Design Guide - Hebel Supercrete AAC ...
Structural Floor Panels Design Guide - Hebel Supercrete AAC ...
Structural Floor Panels Design Guide - Hebel Supercrete AAC ...
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Cantilevered <strong>Supercrete</strong> <strong>Structural</strong> <strong>Floor</strong> <strong>Panels</strong><br />
Detail No. SFP 2-6<br />
Panel support needs to allow for uplift<br />
from cantilevered panel end<br />
Panel support needs to allow for uplift<br />
from cantilevered panel end<br />
2.1.5 Cantilevered <strong>Panels</strong><br />
2400minimum<br />
Cantilevered panel restraints for 200, 225, & 250mm<br />
<strong>Supercrete</strong> <strong>Structural</strong> <strong>Floor</strong> <strong>Panels</strong><br />
1800 minimum<br />
<strong>Supercrete</strong> <strong>Structural</strong> <strong>Floor</strong> <strong>Panels</strong> can be cantilevered,<br />
providing the cantilevered length does not exceed one<br />
third of the panel length, but with a maximum of 1.2<br />
metres for 200mm thick panels or greater, and 900mm for<br />
150 and 175mm thick panels, see Detail SFP 2-6 above.<br />
Cantilevering of panels that require a concentrated load on<br />
the outer end (e.g. a solid masonry balustrade) should not<br />
be considered and concentrated loads along the outside<br />
longitudinal edge of panels is also not allowable. Load<br />
conditions on cantilevered panels need to be checked by<br />
the project engineer, to ensure that there is not an uplift<br />
problem at the opposite end of the panel to the cantilever.<br />
2.1.6 Support of <strong>Panels</strong><br />
2.1.6.1 <strong>Supercrete</strong> Block Supports<br />
Where the end, or sides, of <strong>Supercrete</strong> <strong>Structural</strong> <strong>Floor</strong><br />
<strong>Panels</strong> are supported on <strong>Supercrete</strong> Block walls, there<br />
are a number of configurations that the panel support,<br />
bond beam and floor ring anchor may take. These<br />
Cantilever up to 1/3 of panel length<br />
with maximum of 900mm<br />
Cantilevered panel restraints for 150 & 175mm<br />
<strong>Supercrete</strong> <strong>Structural</strong> <strong>Floor</strong> <strong>Panels</strong><br />
Cantilever up to 1/3 of panel length<br />
with maximum of 1200mm<br />
200, 225, or 250mm <strong>Supercrete</strong><br />
<strong>Structural</strong> <strong>Floor</strong> <strong>Panels</strong><br />
Bond Beam and facing blocks<br />
External <strong>Supercrete</strong> Block wall<br />
200mm min, 250, or 300<br />
150, or 175mm <strong>Supercrete</strong> <strong>Structural</strong><br />
<strong>Floor</strong> <strong>Panels</strong><br />
Bond Beam and facing blocks<br />
External <strong>Supercrete</strong> Block wall 200mm<br />
min, 250, or 300<br />
are shown in Figure 1, page 23 and these bond beam<br />
types should be referred to by number when preparing<br />
construction plans.<br />
Type 5 can be used where the ring anchor is also used as<br />
the bond beam to stiffen the top of the wall.<br />
However, if this option is adopted, the block walls should<br />
be propped at the time of placing the floor panels, as they<br />
may have insufficient resistance to any lateral forces that<br />
might be imposed on them during the installation of the<br />
panels. These props should remain in place until the ring<br />
anchor/bond beam is poured and cured. Types 2, 7 and 9<br />
have cured bond beams prior to panel placement and are<br />
therefore more rigid and do not require propping.<br />
The vertical reinforcing in the block walls (normally M12<br />
threaded rod) are cast into the ring anchor and bond beam,<br />
and these transfer the lateral forces from a floor diaphragm<br />
into the block bracing walls and hence to the foundations.<br />
SFP 2012 22 Copyright © <strong>Supercrete</strong> Limited 2008