yojo
Mechanical
- Jul 12, 2006
- 4
Hello all,
I am trying to calculate the steel plate thickness of a bolted joint and I would like some recommendations on the best approach.
Situation:
I have a bolted joint that for simplicity sake has a plate on top, a plate on bottom, with a horse shoe gusset welded between the top and bottom plates. I then have a hole in the top and bottom plate for bolts to be placed in. The top and bottom plates are then pulled apart by the bolts with the gussets holding the assembly together. The bolts are also trying to tear through the plate. I know this type of gusset frame assembly is common but I have not found a calculation that will help me size the plate thickness. I have looked at tear out calcs and they do not seem to fit this situation. Also I think this case could be modeled as a cantilevered beam fixed on 3 sides (statically indeterminate) but I do not see how that would lead me to a tear out failure analysis.
Any comments welcome
Thanks
I am trying to calculate the steel plate thickness of a bolted joint and I would like some recommendations on the best approach.
Situation:
I have a bolted joint that for simplicity sake has a plate on top, a plate on bottom, with a horse shoe gusset welded between the top and bottom plates. I then have a hole in the top and bottom plate for bolts to be placed in. The top and bottom plates are then pulled apart by the bolts with the gussets holding the assembly together. The bolts are also trying to tear through the plate. I know this type of gusset frame assembly is common but I have not found a calculation that will help me size the plate thickness. I have looked at tear out calcs and they do not seem to fit this situation. Also I think this case could be modeled as a cantilevered beam fixed on 3 sides (statically indeterminate) but I do not see how that would lead me to a tear out failure analysis.
Any comments welcome
Thanks