Wanted to widen the doorway to the kitchen as I've seen several neighbors do similar. Live in a terraced area, so the houses are basically the same.

Removed the drywall on one side but now I'm unsure if the wall is load-bearing or not. Ä Partially demolished kitchen wall with exposed wooden studs and a view into the kitchen, showing cabinets and a white refrigerator adorned with colorful magnets. Exposed wall with wooden studs and gypsum board in a house undergoing renovation, showing close-up of construction details and materials. Wooden wall frame with exposed studs, showing a partially cut top beam and a visible pipe against the wall, suggesting structural uncertainty. A partially demolished kitchen wall showing exposed wooden studs and insulation, with visible drywall removal in a townhouse. Blueprint drawing showing a structural wall plan with highlighted area and arrow indicating photo perspective; used for a home renovation project discussion. are 45x70 studs. They are set up very closely and are cross-braced.

I do see that the drywall on the ceiling goes under the stud closest to the ceiling and that this stud is almost cut halfway where the vp-pipe comes out, which seems to suggest otherwise.
 
Looks like a heart wall on the drawing, so it's probably load-bearing, but it's not a problem to offset with a beam. Talk to a proper building store that has calculation programs, and they can help you size the beam.
Keep in mind if it's a Brf, the board might need to be informed.
Changing a load-bearing structure in a house usually requires notifying the building committee, but they don’t always care.
 
  • Like
Perham
  • Laddar…
If the ceiling drywall goes above the interior wall, then that suggests it's not load-bearing. In such cases, the ceiling would have been drywalled before the wall was even built.

But I'm just a regular DIYer and could be wrong...
 
  • Like
Johan456 and 1 other
  • Laddar…
T Turbo123 said:
If the ceiling gypsum goes above the inner wall, it suggests that it is not load-bearing. In such cases, the ceiling was gypsum-boarded before that wall was even built.

But I'm just a regular DIYer and could be wrong...
yeah, you're right... =)
 
A Anders1st said:
Looks like there's a heart wall on the drawing, so it is probably load-bearing but it's not a problem to transfer with a beam. Talk to a real building supply store that has calculation programs so they can help you dimension the beam.
Keep in mind that if it's a Brf, the board might need to be informed.
Changing a load-bearing structure in a house is usually required to be reported to the building committee, but they don't always care.[/QUOTE

half of the house has an upper floor and the rest is single-story, you could say. the upper floor ends at the 2x45x220 beams. then there are only W-trusses over the rest.

is a freehold house =)
 
looks like
P Perham said:
yes, you're right about that... =)
measured now, and the boards in the ceiling seem to extend all the way into the kitchen.
 
Installed a new beam that was a few mm shorter to secure it. Then sawed into the beam that seems to be the most stressed.
It's not moving at all and the saw doesn't pinch at all.

What do you think? Wooden studs in a wall with a cut section and a visible pipe beside a circular hole in the drywall.
 
Rickard.
How much should you remove? If it's just a little, it's uncomplicated to place a rough rule above where the opening will be in case there happens to be something exactly where you want to pick.
 
Planning to remove 75 cm as well as the door opening of 91 cm, so a total of 166 cm opening.
 
P Perham said:
Planning to remove 75 cm and the door opening of 91 cm, so a total opening of 166 cm.
I will keep 20 cm at the top as there is a vent duct on the other side of the wall Opening in a wall under renovation with visible wooden studs and an adjacent kitchen. A section on top is kept open for vent duct access. Interior room with doorway, showing a kitchen counter with tools. A vent pipe is reportedly behind the wall, requiring a 20cm clearance.
 
Open up the ceiling and see what it looks like.
 
What I see is that the plasterboard completely bypasses the wall. As previously mentioned, this should mean that the wall was built afterward like a regular interior wall. But sure, I'll investigate further...
 
Rickard.
P Perham said:
What I see is that the plasterboard goes completely past the wall. It should mean, as previously mentioned, that the wall was built afterward like a regular interior wall. But sure, I'll have to investigate more..
It could still be to stabilize an upstairs or something like that. If you want to keep an upper edge, then just buy a coarse timber and place it over the entire hole + a little more just to be safe, so you don't have to worry.

I think the work is so minimal that it's unjustified to research it further.
 
  • Like
Perham
  • Laddar…
Cut open more of the wall and found the load-bearing 95x95 beam located in the corner. It supports the upper floor, which has its outer wall aligned with it.

It increasingly looks like the other wall was added later and is not load-bearing since there are self-supporting trusses over that wall. There is no upper floor there.
 
  • Cut-out wall section revealing 95x95 structural beam in the corner, supporting the upper floor with visible non-load-bearing wall and ceiling.
  • Wall cutout revealing a load-bearing wooden beam (95x95) supporting the upper floor; no second floor above other walls with self-supporting trusses.
  • Wall cut open revealing 95x95 supporting stud in corner, marked in red. Non-load-bearing wall suspected, visible kitchen in background.
The question is whether the 45x70 framed wall can support the 95x95 post in any way.?
 
Click here to reply
Vi vill skicka notiser för ämnen du bevakar och händelser som berör dig.