8
ARCH 631 Note Set 8.1 F2012abn 1 Frame Analysis by Coefficients and Live Load Reduction from Simplified Design, 3 rd ed., Portland Cement Association, 2004

Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

Embed Size (px)

Citation preview

Page 1: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

1

Frame Analysis by Coefficients and Live Load Reduction

from Simplified Design, 3rd

ed., Portland Cement Association, 2004

Page 2: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

2

Page 3: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

3

Page 4: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

4

is the ratio of flexural stiffness of a beam section ti the slab; m is the average for all beams on edges of a panel

is the ratio of clear spans in long to short direction

Page 5: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

5

NOTE: The interior column strip is defined by one quarter of the smaller of 1 and 2 each side

of the column centerline. The exterior column strip is bound by the slab edge and one

quarter of the smaller of 1 and 2 from the column centerline. The middle strip is the

remaining width between column strips.

(L/D 2)

wu = 1.2wd + 1.6wl

Page 6: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

6

Page 7: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

7

Page 8: Frame Analysis by Coefficients and Live Load Reduction …faculty-legacy.arch.tamu.edu/.../courses/arch631/NS8-1coefficients.pdf · Frame Analysis by Coefficients and Live Load Reduction

ARCH 631 Note Set 8.1 F2012abn

8