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The Slab Panel Method (SPM) is a design procedure that enables engineers to save significantly on fire protection costs associated with using intumescent painting.
The SPM is fundamentally different from conventional fire protection practices in Aotearoa New Zealand, as it is specifically designed for large sub-assemblages in buildings exposed to fully developed fire conditions. In such scenarios, unprotected steel members may reach very high temperatures, leading to considerable inelastic demand on the floor system.
The SPM procedure accounts for this demand and incorporates a dependable proportion of the building’s additional reserve strength, which becomes available as the floor system deforms.
Accurate temperature modelling: the SPM process takes into account the realistic temperatures that unprotected steel beams can reach in large fires.
Customisable tool: that allows users to input alternative beam temperatures to evaluate slab panel performance under specific fire conditions or to back-calculate the expected time to failure during large-scale fire tests.
Cost savings: by reducing the need for expensive intumescent paint typically applied to protect steel.
Sustainability: the SPM also offers a more sustainable solution by reducing negative environmental impacts from the reduction of intumescent paint use.
This is an open access tool
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GM Structural Systems
Senior Structural Fire Engineer
investigating how far passive protection on the primary beam needs to extend whenย the slab panel method is used.
We’re pleased to share that updated software is now available to assist with the slab panel method.