wall load.

[a_kahveci]

have a nice day; According to what exactly do we determine the wall material and thickness that determines the wall load on the beams? in other words, 13 cm brick, 12 cm aerated concrete and 18 cm aerated concrete are frequently chosen wall loads... how are these determined at the first glance to architecture? I have knowledge but not enough.

 

[HakanŞahin]

good day; how exactly do we determine the wall material and thickness that determines the wall load on the beams? In other words, 13 cm brick, 12 cm aerated concrete and 18 cm aerated concrete are frequently chosen wall loads... I know how it is determined at first glance, but it's not enough..

Click Settings/Load Library. You can see the detailed load analysis in the dialog that opens. You can also add or change new loads yourself. Good work

 

[a_kahveci]

It's good that I learned the table, thanks, but it gives information about the load of the material used in the table, but in a project I asked, how do we determine the wall material (whether it will be brick or gas concrete, what thickness will it be, etc.)? I have examined some projects, the beam wall loads are 0.191 tf / m in some, 0.325 tf / m in some, 0.625 tf / m in some projects. why is heavy wall material chosen, civil engineering? How does it determine which brick will be chosen? I hope I was able to explain..thanks again..

 

[HakanŞahin]

It's good to learn the table, thanks, but the table gives the load information of the material used, but in a project I asked, how do we determine the wall material (whether it will be brick or gas concrete, etc.)? Wall loads are 0.191 tf/m in some, 0.325 tf/m in some, 0.625 tf/m in some projects.. that is, 0.625 tf/m was chosen.. obviously 13 cm brick was chosen...why is the wall load so high because the brick is heavy? heavy wall material is chosen, on what basis does the civil engineer determine the brick to be chosen? I hope I have been able to explain it... thanks again..

You are determining according to the material to be used in the construction. It is clear which material will be used in the building cost calculations. The unit volume weights are also determined according to the material. You determine the load analysis according to the number and height of bricks to be used according to the wall thickness.

 

[ersinmat]

The issues you mentioned should be specified in detail with detailed drawings in the architectural project. Unfortunately, as far as I can see, architectural projects are very inadequate, incomplete and wrong in this regard. My advice is to look at the architectural project first. If you can't get enough information, talk to the architect. Again, if it is not enough, the owner, the contractor, whoever is the project owner, should contact him and learn which brick material he will use, what kind of plaster (gypsum, cement-based, etc.) he will make (and state that this information is not in the architectural project) build your loads. You can search for values such as brick/plaster thickness and density from the internet and learn from the standards. After a project or two, you will not have to go through this trouble every time and you will make your own decision.

 

[a_kahveci]

Thanks to Mr. Hakan for his answers, it was explanatory... I haven't seen the load details in any architecture until now, I even learned that it should be, it is clear that there is a drudgery project order in every aspect in the market..