andyfabian
Structural
- Jul 2, 2003
- 33
I am curious if anyone has a rule of thumb capacity that could help. The situation is the following:
1. It's a curtain wall system that has C6 channels at 6'-0" c/c that are connected to stiffener plates along the length of the spandrel.
2. The plate has horizontal slots for fit-up.
3. We could specify tack welding the connection after fit-up to assure no horizontal movement, but are seeking to avoid welding if possible.
4. We don't want to specify SC-bolts because it's a waste for this condition.
My idea is to find a maximum load for the connection that may be minimal, but will allow us to not have to weld. In other words, let's say for argument's sake, is there somewhere that says that bolts installed by "The Turn of the Nut Method" typically can handle 500#/bolt before the plates slide and engage the bearing condition of the connection.
If this is not clear, let me know.
Thanks in advance.
Andy
1. It's a curtain wall system that has C6 channels at 6'-0" c/c that are connected to stiffener plates along the length of the spandrel.
2. The plate has horizontal slots for fit-up.
3. We could specify tack welding the connection after fit-up to assure no horizontal movement, but are seeking to avoid welding if possible.
4. We don't want to specify SC-bolts because it's a waste for this condition.
My idea is to find a maximum load for the connection that may be minimal, but will allow us to not have to weld. In other words, let's say for argument's sake, is there somewhere that says that bolts installed by "The Turn of the Nut Method" typically can handle 500#/bolt before the plates slide and engage the bearing condition of the connection.
If this is not clear, let me know.
Thanks in advance.
Andy