What makes pre-engineered steel buildings so strong? | Major components of a pre-engineered building

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Hello everyone, welcome back to another video, in this video we will tell you, what makes a pre-engineered building stronger than traditional buildings and what are the major components used in making these kinds of buildings.
The major components of the pre-engineered steel buildings are divided into 4 types:
Primary components
Secondary components
Sheeting or Cladding
and Accessories
Primary components mainly contain
- The mainframe, which basically includes the rigid steel frames of the building.
- Columns, which help to transfer the vertical loads to the foundations.
- And Rafters that are designed to support the roof deck and its associated loads.
Secondary components contain
- Purlins and Girts, where Purlins are used on the roof and Girts are used on the walls.
- Then we have Eave struts, which are used at the intersection of the sidewall and the roof.
- And Cable bracings, which are the primary members that ensure the stability of the building against different forces.
- The sheets used in the construction of pre-engineered buildings are Base metal of either Galvalume coated steel or cold-rolled steel, with hot dip metallic coating of Galvalume sheet.
- And finally, accessories.
They are the Non-structural parts of the buildings such as bolts, turbo ventilators, skylights, doors, windows, etc.,
So these are all the components that are used in making a pre-engineered building. If you wanna know about anything related to prefab structures
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[@fasdfsdfasdfasdf7173]

Thank you great video.

[@LBS-Construction]

perfect 👌 👌

[@mehenditutorialforbeginner7619]

Mam plz make video on linear pannel n plz describe in detail

[@Joesdifferent]

Can a second-floor be installed and yes it can be but can the entire floor be extended to the outer walls with something as a new system going across the far end into the Gertz?

[@J.Zealuis]

What is the difference between this and a regular building? I have had quotes sent to on PEMB and my metal guy says they don't quote those. Are PEMBs put together by only one company? Cause standing seam metal buildings need several trades to put the building together.

[@chlly]

Is your metal guy doing calculations and load design? PEMBs usually have a larger hand in the engineering of the building to the point where they're acting as the structural engineer and sizing components instead of referring to a set of structural framing plans. That might be one major up front difference in their capabilities.
In my experience, the frame design and construction happens almost in tandem with the design of the building with PEMBs instead of pricing from competitive bid documents after the design process has been completed.