ArcTangent
Structural
- Feb 20, 2024
- 4
Hi,
Good day!
For reinforced concrete moment frames that are not part of lateral load resisting system, section 18.14.3.2 of ACI 318-19 states that "Where the induced moments and shears do not exceed the design moment and shear of the frame member". Please correct me if I'm wrong but my understanding is that the induced moment and shear can be obtained by "Pushing/Deforming" the structure up to the ultimate displacement and can be done by Pushover Analysis where the walls are modelled to undergo inelastic behavior and the gravity frames are modelled as linear-elastic only.
My question is, is there alternative approach to determine the induced moment and shear specially for gravity beams of gravity moment frame?
Thank you very much.
Good day!
For reinforced concrete moment frames that are not part of lateral load resisting system, section 18.14.3.2 of ACI 318-19 states that "Where the induced moments and shears do not exceed the design moment and shear of the frame member". Please correct me if I'm wrong but my understanding is that the induced moment and shear can be obtained by "Pushing/Deforming" the structure up to the ultimate displacement and can be done by Pushover Analysis where the walls are modelled to undergo inelastic behavior and the gravity frames are modelled as linear-elastic only.
My question is, is there alternative approach to determine the induced moment and shear specially for gravity beams of gravity moment frame?
Thank you very much.