Tall Truss Heels

Energy conservation is driving thick, high R-value ceiling insulation, which, in turn, requires tall truss heels to contain it.

1 MIN READ

The truss to shear wall connection is one of the most important links in the lateral force load path, but that extra heel height makes the connection a challenge.

When the wind howls or the earth shakes, roofs and walls must work together or the entire building can fold like a paperback novel. That’s because roofs are horizontal diaphragms that distribute lateral (wind and seismic) loads to walls, which, in turn, transfer them to the foundation.

When a structural failure occurs it’s usually a connection coming apart rather than the rupture of a beam, column, or other structural element. With stick-framed construction, the two most notorious connection failures are the roof to wall, and the floor to foundation.

Building codes are thorough at describing the forces involved but sketchy at best when it comes to detailing it all out. Here are three methods to ensure positive load transfer at a tall heel truss.

Tim Garrison, P.E., The Builder’s Engineer

About the Author

Upcoming Events

  • Happier Homebuyers, Higher Profits: Specifying Fireplaces for Today’s Homes

    Webinar

    Register for Free
  • Sales is a Sport: These Tactics Are the Winning Play

    Webinar

    Register for Free
  • Dispelling Myths and Maximizing Value: Unlock the Potential of Open Web Floor Trusses

    Webinar

    Register for Free
All Events