I am by no means experienced in woodworking but one of my best friends in Seattle has taught me a little, and thus it's a dormant interest of ours. My friend is now unable to work on much (partly age and infirmity, partly from being forced to move out of roomier housing and into much smaller quarters that permit no significant workspace) and I'm not set up to do much for…well, bad reasons mostly. There's space, there's some heavy shop equipment on hand, but neither the Pnictogen Wing nor our household has had the energy or discipline to make use of the space or equipment. Entropy has a strong hold on our basement.

That having been said: let me relate a woodworking idea that I've just had. It might not be so difficult to try out, though it would be a rather lengthy experiment.

First, let me speak of spalted wood. This is a prized decorative variety of certain hardwoods (mostly light-colored woods such as maple or birch) which have started to become colonized with fungi, and thus developed thin dark stripes in intricate patterns throughout the otherwise unaltered wood (see image). One can create one's own spalted wood, though it's rather a chancy process, by incubating pristine boards of maple or other host wood with fungal spores, such as you might obtain by collecting bracket fungi or wood that's clearly infected with some fungal rot. Periodically you check to see how well the fungi have taken root and whether they've formed attractive patterns of spalting, and then you clean the wood off and bake the wood out to kill off the fungal infection. You might go as far as stabilizing the wood with resin, to make it more reliably workable. Fungal infection of wood starts to soften it, and if the infestation is too far advances the wood becomes too weak and "punky" to be usefully worked.

I think spalted wood is beautiful stuff, especially when it's turned on a lathe or cleverly carved to bring out the spalting patterns. And now suddenly I wonder: could you apply negative space to the spalting of wood, to create interesting designs? Suppose for example that you applied a wood preservative, salicylic acid let's say or zinc salts, selectively to a maple board. You could stencil on letters or shapes, for instance. Then you treat the board with fungal spores to induce spotting. Wouldn't the spalting tend to form around the treated areas?

Eine kleine Frage an die #woodworking bubble:
ich baue einen Badezimmerwaschtisch aus massiver Eiche.
Womit sollte ich am Besten die Oberfläche behandeln, so daß keine Wasserschäden entstehen?

Und:
das Waschbecken ist nicht aufgesetzt, sondern eingelassen (der Rand liegt auf dem Holz). Womit sollte ich Waschbecken und Holz verbinden? Silikon?

Bin für alle Tipps dankbar. 🙂

Still considering various options for thickness of wood for different projects and parts of them, and at this point I'm onto considering their weight......aside from the tool cady cube, duck board & chicken pen, the least square footage item on my list is the ladder, which will be about 110lbs.

*All the wood species I'm planning on using are about 45lbs/cubic foot so the variable is indeed just thickness (& weight to be carried) not species.

I don't think I really need to have the same thickness of wood to hold me up (ladder), with the same span as 8 charger plates...the plates I strongly suspect will be fine at 1/2, maybe 1/4th the thickness...

#Woodworking

Pull Out Shelves in Shop Pantry

https://lemmy.world/post/44709192

My japanese handtools in a new japanese toolbox

https://lemmy.ml/post/44963986

🪓🚢 The iconic silhouette of a #Viking longship is the result of a sophisticated #engineering technique known as clinker building.

This collection from World #History Encyclopedia demonstrates the entire build process, from the first cut of a 25-meter oak #tree to the final application of pine tar and animal hair for waterproofing.

👉 https://www.worldhistory.org/collection/321/viking-ship-construction/

#Vikings #archaeology #woodworking #maritime #MiddleAges #shipbuilding #technology #Norse #education