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timber frame house Archives - The Year of Mud

How To Build a House That Will Last 200 Years (Or More)

By Resources, Timber Framing

Bayleaf Farmstead Timber Frame House

“The life cycle of timber frame structures is measured not in decades, but millennia.”

It’s true: timber frame houses are built to last, and their durability surpasses conventional stick frames by leaps and bounds. The renowned Ise temple of Japan is, astoundingly, over 1300 years old and claims the title of the oldest existing timber frame structure in the world. And there are many more 500+ year old timber frame barns, homes, and buildings scattered globally, especially throughout Europe.

If you want to build a house that will last 100, 200, 300 years or more, the timber frame is the only answer to long-lasting framed buildings.

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Progress is Sweet

By Timber Framing, Strawtron
Timber Frame Compound Roof

Our newly erected compound roof frame!

Progress is sweet. I have never worked so hard in my life. Physically, and mentally, even.
It is sheer exhaustion, but looking up at the timber frame in the morning light seems to make it all worth while. Getting compliments from friends and neighbors, and smiles from strangers coming into the village must mean we are doing something right, too.

Getting these compound roof rafters installed on the timber frame was a highlight.

More later.

Timber Framing 2012 Workshop Video: The French Snap

By Natural Building Workshops, Hand Tools, Timber Framing, Strawtron

Here’s a quick little video of one of our favorite tricks we’ve learned during the Timber Frame Workshop: the so-called “French snap”. After you saw the tenon shoulder one on side of your piece, flip the timber and saw the end cut down to that same shoulder cut depth. Once you’ve got your cuts, you can snap the material off by striking it with a heavy mallet. It works with straight grain and eliminates extra sawing and splitting. It’s very satisfying!

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Days 1 & 2 of the Timber Framing Workshop

By Hand Tools, Timber Framing, Strawtron, Workshops
Antique Boring Machines

Tom shows off three different antique boring machines

The first two full days of the Timber Frame Workshop have already come and gone, and it’s going great! We’ve got a great group of participants, the weather is just lovely, and we’re cranking away on some good ol’ fashioned joinery using a whole bunch of sweet hand tools from Tom’s collection. Chris Newman arrived yesterday and will be a great backup to Tom in guiding our group through the process of building the rest of the timber frame.

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Timber Framing Moment of Zen: Scarf Joint

By Timber Framing, Strawtron

sillbeam-scarf

When two timbers join to become one unit, they are mated with a so-called “scarf joint”. Scarf joints come in many different styles, some more elaborate than others. This sill beam scarf joint is a rather simple one, as far as layout and cutting, goes and it is wisely located directly above a support pier.

This photo was taken before pegs were driven into each tenon, but if you look carefully you can see on the upper half of the scarf where the peg hole is marked.

Scarf joints were developed when taller trees became scarce and long spans had to be created with shorter pieces of timber. I think that timber framing is beautiful for its ingenuity and effective use of materials.

Replacing Concrete with Wood: Pier and Beam Foundation

By Strawtron, Hand Tools, Timber Framing
Timber frame pier and beam foundation

Standing at the future floor height... we are way up there!

Many people are shocked at the giant size of the sill beam timbers we are using (myself included), as they are very burly 8×12 white oak beams. They are no joke. Lately I’ve been thinking about a concise way to describe our foundation design, and I’ve decided to make clear sense of it by explaining that we are replacing concrete with wood. These are serious pieces of wood, and they ought to be as they are supporting a heavy straw bale house with a living roof.

Anyway, we’ve had a lot of excitement the past week wrangling with the 8×12 beams, and setting the first three onto our concrete pier foundation.

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