Yeah but more space, and are therefore the wrong choice a lot of the time.
Wavy walls use fewer bricks than a straight wall (2020)
21–30 of 278 posts
Re: Wavy walls use fewer bricks than a straight wall (2020)
#22Re: Wavy walls use fewer bricks than a straight wall (2020)
#23Did my adblocker accidentally filter out the explanation? Following the link which is supposed to explain another thing, why it is more resistant to lateral forces, it contains an explanation: > The parameter a is the amplitude of the sine wave. If a = 0, we have a flat wave, i.e. a straight wall, as so the length of this segment is 2π = 6.2832. If a = 1, the integral is 7.6404. So a section of wall is 22% longer, bu…
Re: Wavy walls use fewer bricks than a straight wall (2020)
#24Did my adblocker accidentally filter out the explanation? Following the link which is supposed to explain another thing, why it is more resistant to lateral forces, it contains an explanation: > The parameter a is the amplitude of the sine wave. If a = 0, we have a flat wave, i.e. a straight wall, as so the length of this segment is 2π = 6.2832. If a = 1, the integral is 7.6404. So a section of wall is 22% longer, bu…
Though I didn't see any real explanation of why a straight wall one brick thick will fall down...
Re: Wavy walls use fewer bricks than a straight wall (2020)
#25Did my adblocker accidentally filter out the explanation? Following the link which is supposed to explain another thing, why it is more resistant to lateral forces, it contains an explanation: > The parameter a is the amplitude of the sine wave. If a = 0, we have a flat wave, i.e. a straight wall, as so the length of this segment is 2π = 6.2832. If a = 1, the integral is 7.6404. So a section of wall is 22% longer, bu…
The point is that a straight wall one brick thick will fall down. Though I didn't see any real explanation of why a straight wall one brick thick will fall down...
Re: Wavy walls use fewer bricks than a straight wall (2020)
#26"use fewer bricks than a straight wall"*
*A straight wall of the approximal strength and length of a wavy wall, not just length.
My counter would be that from a practical perspective the amount of space wasted by the wavy design seems to negate the usefulness of the design.
Probably makes the lawn crew dizzy when mowing it too!
Re: Wavy walls use fewer bricks than a straight wall (2020)
#27If you follow the link in the post explaining the math behind everything, it says: "They use more bricks than a straight wall of the same thickness but they don’t have to be as thick."
True, but they use less bricks than a straight wall of the same strength, because the straight wall would have to be thicker or have buttresses. So it depends what you’re doing - does the wall have to withstand that kind of loads or not?
If you want the brick wall to last, and you aren't building it on either bedrock or a deep foundation ($$$) - then your three choices are (1) build it to withstand substantial horizontal loads, (2) pay more for regular maintenance, and (3) wall will topple due to forces from normal soil movement.
Re: Wavy walls use fewer bricks than a straight wall (2020)
#28I’ll save folks some reading: they’re comparing a very thick straight wall with a much thinner wavy wall.
Re: Wavy walls use fewer bricks than a straight wall (2020)
#29Earlier quoted context omitted.
The point is that a straight wall one brick thick will fall down. Though I didn't see any real explanation of why a straight wall one brick thick will fall down...
Ever built Lego?
For those whose childhood is a long way behind them, would you explain?
Re: Wavy walls use fewer bricks than a straight wall (2020)
#30This feels a bit like diet clickbait... "use fewer bricks than a straight wall"* *A straight wall of the approximal strength and length of a wavy wall, not just length. My counter would be that from a practical perspective the amount of space wasted by the wavy design seems to negate the usefulness of the design. Probably makes the lawn crew dizzy when mowing it too!