Adjusted Major Axis Bending Design Value, Fbx'

Adjusted Major Axis Bending Design Value, F_bx'

F_{bx}' = F_{b 1} = F_{b} \cdot C_{D} \cdot C_{M} \cdot C_{L} \cdot C_{t} \cdot C_{F} \cdot C_{i} \cdot C_{r}

F_{bx}' = F_{b 1} = 1, 100 psi \cdot 1.6 \cdot 1.0 \cdot 0.982 \cdot 1.0 \cdot 1.0 \cdot 1.0 \cdot 1.0

F_{bx}' = F_{b 1} = 1, 729 psi

F_bx'	Adjusted major axis bending design value, psi
F_b	Reference bending design value, psi
C_D	Load duration factor
C_M	Wet service factor
C_L	Beam stability factor
C_t	Temperature factor
C_F	Size factor
C_i	Incising factor
C_r	Repetitive member factor

;