Heavy Beam And Plank Floor Construction

The ends of. Plank and beam construction. In plank and beam framing plank subfloors or roofs usually of 2 inch nominal thickness are supported on beams spaced up to 8 feet apart.

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The plank and beam method for framing floors and roofs has been used in heavy timber buildings for many years.

Heavy beam and plank floor construction.

It is used in colder climates more than warmer. Conventional stick framing is an overwhelming choice for multifamily projects in the u s accounting for. Plank and beam construction or framing is a type of framing with no joists but widely spaced beams spanned by heavy planks. A simple comparison of the two methods is shown in figure 1.

Heavy timber construction is slowly gaining ground for commercial residential and institutional buildings such as the seven story t3 office building in minneapolis or the 18 story student residence at the university of british columbia. This end result was referred to for many years as mill construction and it is now known as heavy timber post and beam or post and plank this type of building construction was predominant. This method developed in the early 19th century for industrial mill floors but may also be found in timber framed roofs. And studs spaced 12 to 24 inches on center the plank and beam method requires fewer and larger sized pieces spaced farther apart.

The adaptation of this system to residential construction has raised many technical questions from designers and builders concerning the details of application. This type of construction is used a large percentage of the time for new home construction. Plank and beam is typically referred to as post and beam.

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