This presentation provides information on the use of gypsum wallboard in single membrane floor protection.

Floor systems are as key to making framing better, faster and more cost effective as wall panels and roof trusses. 

“All the builders and framers I talk to out there say the same thing: they can’t find enough guys to do what they want to do.” Those are the thoughts of Jason Blenker, president of Blenker Building Systems. If national surveys and media reports are accurate, the sentiment is shared by most of the construction industry across the country.

Many factors go into classifying buildings. Each type will have different allowable height, allowable number of stories and allowable area limitations based on the classification. This report will focus on Type III-A building construction using fire retardant treated wood (FRTW).

While the perception of floor vibrations is subjective from one person to the next, overall floor systems which exhibit lower deflections and less acceleration from vibration sources tend to be perceived better than other designs. To accomplish this, the designer may elect to do one or a combination of things, covered in this report.

This presentation provides information and analysis of fire retardant-treated wood and metal plate connected wood truss designs.

Depending on the type of fire-retardant treatment (FRT) used, materials may require a change in design values and reduction in connector capacity. This report intends on providing a clear perspective of interiror FRT wood used in Truss designs.

This report discusses ways of increasing the energy efficiency requirements of the building envelope within the context of the requirements of the 2009, 2012 and 2015 International Residential Code (IRC) and IECC for ceiling insulation and truss heel heights.

How Framing the American Dream again shows there’s a better way to frame.