Hello! We recently bought a house and started renovating.
We wanted to remove a small load-bearing wall, the wall with the blue pearl in the picture with the drawing.
The same wall that is exposed in picture 5.
Above the wall with the blue pearl, there's an H-beam. It goes from the balcony and almost to the chimney stack.
Therefore, we chose (with a carpenter present) to install pillars and a longitudinal beam according to picture 6.
As you can see in the first picture, the balcony slopes upwards in the middle where the H-beam is underneath... It's been like that since we bought it.
There was some creaking and a little slant already from the start in the bedroom that is adjacent to the balcony. Since we renovated the downstairs, it's worse =\
The small opening by the yellow pearl is gone. So is the wall by the pink pearl.
The other day we noticed a larger "settling." More pictures and explanations are coming soon for those who are interested...
 
  • Two-story house with upper balcony and surrounding garden, front view.
  • Blueprint of a house floor plan showing rooms and structural elements, including a marked blue section indicating a load-bearing wall for renovation.
  • Blueprint of a house with colored pins marking different wall sections in the kitchen and living room area.
  • Wooden ceiling with an H-beam steel support, part of a renovation project involving changes to load-bearing structures.
  • Wooden framework for a removed wall is visible, revealing a spiral staircase and nearby construction materials, in the renovation of a newly bought house.
  • Wooden support beams installed in a renovated living room, showing an open space with a staircase in the background and a modern light fixture above.
This is what it looks like to the left of the toilet on the upper floor. As if the floor has sunk down!
 
  • Brown carpeted floor near a wooden door and wall, showing signs of sinking.
This is what the door to the toilet on the upstairs looks like... Similarly, the picture of the blue plastic mat on the same side where it has lifted/sunken.
 
  • Wooden bathroom door on the upper floor with a textured wall background.
  • Wooden bathroom door on the upper floor, with a light brown finish and a single handle; textured wall background.
  • Blue patterned plastic mat lifting near a wooden door frame, with textured blue wall tiles background.
It might be a good idea to number the images or describe the image.
But in the top image of the first post, are those the sticks replacing a load-bearing wall?????
 
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The question is just what we should do? It's soon time to start renovating away the brown upstairs. But would like to get clarity on what's happening.
Quite frankly, there is a slope from the chimney's side out towards the bathroom upstairs and in to about halfway through the bedroom. From there, it slopes upwards out towards the balcony.
We are going to lay new flooring in the upstairs bedroom as it seems to be lying directly on the beams without any chipboard underneath. Creaks like hell. If so, we'll tear up the old one. Can we see or do something about the problem then?
 
Yes, they are the "pinnarna" of 10 cm.
The wall was 2 meters long.
 
Neither sounds nor looks fun. Obviously, you lack load-bearing and supporting walls. As LGG-01 suggested, the sticks in the top picture are just that—sticks. Especially the "beam." I would have brought out a sturdy beam and a good jack to stabilize before I brought in a structural engineer to take a look at it. Just to avoid further settlement that might even cause leaks from pipes or bathrooms.
 
Before the carpenter installed what's there now, he lifted the entire roof a few cm with supports along the way. According to my partner, it sank a bit when he released these.
The problem was already there before but is worse now, as mentioned :(
The carpenter claims that these two "pinnar" should support instead of the former small wall.
 
  • Wooden beams and metal supports in a partially renovated room, with a ladder, a saw on the floor, and stairs visible in the background.
  • Construction site indoors showing support beams and props used to lift the ceiling in a room with large windows and wooden floors.
That "beam" in the ceiling is not a beam, it looks like a glulam post 90x90 at best, you need a completely different height for such a beam for it to have any effect at all. Like 56x225, but a constructor needs to calculate that for it to be right, but as it is now, even a layman can see that it's completely wrong!
 
The beam is thicker and recessed into the ceiling.
 
Okay, but it can't possibly be much rougher than what is visible, can it? You have a plasterboard and a sparse panel in thickness up to the underside of the intermediate joist?
 
I would guess a two by eight rule. But call a constructor who can come out and look at it. If you don't want a high timber beam, maybe a solid steel beam could also work.
 
Hey you. It's a carpenter in consultation with XL-bygg who has calculated it. =\
The H-beam is still above. But I don't really know how it works directly.
 
That doesn't sound so wrong.. but on the other hand, the upper floor shouldn't be sagging if it were correct.

Ask them to do a new calculation. If they don't find anything wrong, I would bring in someone else to also calculate it.
 
I don't think I've quite understood exactly where the H-beam starts and ends, what does it actually rest on? Something has obviously gone a bit wrong. I think you should contact the carpenter who did it and explain the situation. It could be as simple as that laminated timber post (the stick, that is) being a bit too short?
 
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