Crinkle Crankle Wall
en.wikipedia.org
en.wikipedia.org
I imagine for heating, it's that the trees get exposed to more irradiation by sitting in the focus of the curve rather than in front of a line.
https://news.ycombinator.com/item?id=21564553
You only get this benefit for tree right along the wall, which is not much agricultural area. Seems like a strained justification.
https://en.wikipedia.org/wiki/Espalier
I could only find a single picture of something like this on a curved wall.
https://images.app.goo.gl/AXPFnXgE47K1vm5U7
If the tree is going to be pinned to the wall (as opposed to being free-standing and surrounded by the wall), I don't really understand how making it curved helps with absorbing heat or shielding from weather.
A soothing harmony of nature and artifice. :)
”crinkle-crankle wall
A wall with serpentine curves for growing fruit”
So, at least one English source agrees with the Dutch description.
Might also have a historic quirk to it.
"The fruit wall appears around the start of the so-called Little Ice Age, a period of exceptional cold in Europe that lasted from about 1550 to 1850."
https://www.lowtechmagazine.com/2015/12/fruit-walls-urban-fa...
Pet peeve: Why isn't anyone building brick houses anymore?
1. It's not very good at insulating relative to other materials.
2. It's more labor intensive than other materials.
Which aspect does your question relate to? The rest of your post is about aesthetics, so if a brick facade is what you're after, they are still very common in the UK, although much of that is old housing stock.
My parents built their house with a brick facade in the 1980s with then-state-of-the-art insulation. (in Central Europe) There is a layer of (large) structural bricks (similar to [1]), followed by various elements of insulation, followed by smaller face bricks to form the visible exterior. (something like [2]) I suspect this was and is somewhat more expensive than simply plastering over the outermost insulation layer. The double shell makes re-insulating with more modern materials prohibitively impractical. (Although the thermal properties of the house in question have held up pretty well.)
On old houses, any visible bricks would have been structural, with effectively no insulation. So I'd imagine that's why it's no longer common.
[1] https://www.wienerberger.at/bauen-mit-ziegeln/wandloesungen/...
[2] https://www.corobrik.co.za/assets/products/facebrick/58/1600...
I don't know of any structural brick houses here though.
Brick facades cost more up front, but they require zero maintenance and are very durable.
https://morphocode.com/eladio-dieste-reverence-to-the-laws-o...
Lisp, perhaps?
Even in ancient times masons had pieces of strings and plumb-bobs to level vertically and horizontally.
The more likely constraint is that before the 20th century the farmer couldn't afford masons to lay orchard walls, but did it himself...
I mostly walk and bike in the city, but that whole neighborhood has wide, straight, clearly-marked roads. It's like you're out in the suburbs. If people have trouble there, how do they deal with some actually-confusing intersections, like Newton Corner, Inman square, or Columbia Road in Dorchester?
But I don't think it'd work well where I'm from. We have straight property lines, so you'd either have to convince your neighbor to go along with it or put it all on your side (leaving areas of grass over the fence where you couldn't mow it.)
https://davidburr.co.uk/rooftops/winter18/files/basic-html/p...
2N (two brick depth for strength) to
sqrt(2)N (for a hypothetical 45 degree angle)
?
The gist is, if i push on a brick in the middle of a flat part, the force has to be resisted by the width of the single brick. but if i push on any part of the curve, that's got to lift the adjacent next level up bricks as well, which in turn have to lift the next level, and on and on.
It's been a long, long time since i studied static forces though.