3 matching results for "capacity"
Theoretical background
IDEA StatiCa Connection – Structural design of steel connections
model Node equilibrium in the 3D FEM model Internal forces in the steel connections Strength analysis of steel joints Stiffness analysis and deformation capacity of steel joints Steel connection capacity design Steel connection design resistance Steel joint buckling analysis Analysis convergence of complex steel
Steel
Connection
EN (Eurocode)
AISC (USA)
AS (Australia)
CISC (Canada)
IS (India)
GB (China)
HKG (Hong Kong)
SP 16 (Russia)
CBFEM
Theoretical background
Check of steel connection components (AISC)
Base metal strength is evaluated if the option is selected in Code setup (Base metal capacity at the fusion face). The bearing capacity of shear lug against concrete is determined according to ACI 349-01 – B.4.5 and ACI 349-01 RB11 as: ϕP br = ϕ 1.3 f' c A 1 + ϕ K c design is a part of the seismic check and ensures that the joint has sufficient deformation capacity.
Steel
CBFEM
Connection
AISC (USA)
Theoretical background
Catalog of AISC limit states and design requirements
IDEA StatiCa provides an option to check base metal capacity at the fusion face. This check can be enabled in the “Code setup” window . states “When inelastic finite element analysis is used, peak strains in the thick shell (T × T × T) elements should not exceed 0.02/T at the nominal capacity Welds are stiff and will attract load even when combined with contact but demands from compressive forces will rarely exceed the capacity, even if the
Steel
CBFEM
Connection
AISC (USA)