Forces in the joint
Forces in the joint
(OP)
I have steel moment frame.
Lets say beam is connected to column by welds.
Im wondering what forces are acting on joint - welds and on stiffeners. I dont want to overlook something.


FORCES ON STIFFENER:
- vertical force on stiffner as a beam shear force: V1 = 50 kN
- vertical load form a moment? V2 = M / h1
total vertical load on a stiffener: V1 + V2
FORCES ON WELDS:
- normal forces as a result form bending moments that try to close a corner: M = 70 kNm - N x h1/2 = 70 - 60 x h1/2
- shear forces: V (column shear force)= 50 kN
- axial load: N = 60 kN (compression)
Lets say beam is connected to column by welds.
Im wondering what forces are acting on joint - welds and on stiffeners. I dont want to overlook something.


FORCES ON STIFFENER:
- vertical force on stiffner as a beam shear force: V1 = 50 kN
- vertical load form a moment? V2 = M / h1
total vertical load on a stiffener: V1 + V2
FORCES ON WELDS:
- normal forces as a result form bending moments that try to close a corner: M = 70 kNm - N x h1/2 = 70 - 60 x h1/2
- shear forces: V (column shear force)= 50 kN
- axial load: N = 60 kN (compression)






RE: Forces in the joint
Jason McKee
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RE: Forces in the joint
Dik
RE: Forces in the joint
BA
RE: Forces in the joint