Hello.

I am planning to reinforce a load-bearing wall and have used the "svenskt trä byggbeskringar" calculation for the dimensioning of a glulam beam, but since it results in needing a 4050x115 beam, I would like to consider a steel beam to avoid the height that a glulam beam requires. I've been searching forever but can't find a similar guide for steel beams.
Can anyone help me with this?

Dimensions and the glulam beam suggestion are in the attached image.

Best regards, Jonas
 
  • A construction plan displaying house measurements, load calculations, and beam specifications for a structural project involving wooden and steel beams.
J jonas ritsle said:
Hello.

I am going to relieve a load-bearing wall and have used "svenskt trä byggbeskringar" calculation for dimensioning a glulam beam, but since they conclude that a 4050x115 beam is needed, I would like to look at a steel beam to avoid the height that a glulam beam builds. I have googled for ages but can't find a similar guide for steel beams. Is there anyone who can help me with this?

Dimensions of everything and a proposal for a glulam beam are in the attached image.

Best regards, Jonas
Doesn't it say you need a 115x405, not 115x4050?
 
J jonas ritsle said:
Hi.

I need to relieve a load-bearing wall and have used "svenskt trä byggbeskringar's" calculation for dimensioning a glulam beam, but since they concluded that a 4050x115 beam is needed, I would like to look into a steel beam to avoid the height required for a glulam beam. I've been googling for ages but can't find a similar guide for steel beams.
Is there anyone who can help me with this?

Measurements and suggestions for the glulam beam are in the attached image.

Best regards, Jonas
405x115*
 
P patrikd84 said:
It does say you need a 115x405, not a 115x4050?
P patrikd84 said:
It does say you need a 115x405, not a 115x4050?
Of course. Absolutely right, that zero that slipped in there should not be there.
 
Download Tibnor's construction tables, at the end there are dimensioning tables.

80 kN in total load should mean that you have calculated a design load that you need to transfer at 80 kN/4.2 m = 19 kN/m.

4.2 m is not in the tables, but the nearest larger is 4.8 m. So the smallest profile that can be chosen according to the tables is HEB200 but is likely to be somewhat over-dimensioned.
 
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