0% found this document useful (0 votes)
55 views4 pages

Standard Girder Girder Flange 5%

This document contains section properties for two standard girder designs - a straight flange girder and a girder with a 5% sloped flange. It provides the area, moments of inertia, product of inertia, and polar moment of inertia for each section calculated about its centroidal and principal axes. Key dimensions are also listed for each cross section.

Uploaded by

Sharyn Polley
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLS, PDF, TXT or read online on Scribd
0% found this document useful (0 votes)
55 views4 pages

Standard Girder Girder Flange 5%

This document contains section properties for two standard girder designs - a straight flange girder and a girder with a 5% sloped flange. It provides the area, moments of inertia, product of inertia, and polar moment of inertia for each section calculated about its centroidal and principal axes. Key dimensions are also listed for each cross section.

Uploaded by

Sharyn Polley
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLS, PDF, TXT or read online on Scribd
You are on page 1/ 4

Summary Standard Girder Girder flange 5%

f = 0 deg f = -0.0253387528 deg


A= 92000 mm^2 A= 92000 mm^2
Xcg = 0 mm Xcg = 0.1339130435 mm
Ycg = 1415 mm Ycg = 1415.006521739 mm
Ixo = 121144766666.7 mm^4 Ixo = 121148216662.8 mm^4
Iyo = 1440938666.667 mm^4 Iyo = 1440937016.858 mm^4
Ixyo = 0 mm^4 Ixyo = 52939919.65217 mm^4
0 0 0 0 0 0
Section Properties About Principal Axis
0 0 Section Properties About Principal Axis
0 0
f = 0 deg f = -0.0253387528 deg
Ixp = 121144766666.7 mm^4 Ixp = 121148240075.2 mm^4
Iyp = 1440938666.667 mm^4 Iyp = 1440913604.459 mm^4
Ixyp = 0 mm^4 Ixyp = 0 mm^4
J= 122585705333.3 mm^4 J= 122589153679.6 mm^4
0 0 0 0 0 0
0 0 0 0 0 0
0 0 0 0 0 0
0 0 0 0 0 0

b t
top flange 600 40
web 16 2750
bot flange 600 40
total depth 2830

slope 5%
b t diff
top flange 600 40 30
web 16 2750
bot flange 600 40
total depth 2830

file:///conversion/tmp/scratch/370323383.xls summary 10/31/2017 18:39:15


18:39:15 10/31/2017

EXELTECH, INC. Project: Newmarket Viaduct Engineer: Project #


615 2nd Ave. Suite 660 Date: 31-Oct
Seattle, WA 98024 Subject: 60m BCM Checker: Page:
tel. (206)623-9646 Section 1 Date:

PROPERTIES OF SECTION DESCRIBED BY NODES COORDINATES


Units: mm

Section Properties
Nodes Coordinates
About Centroidal Axis Parallel to Original Axis
X Y f = 0 deg X-dim = 600 mm
1 0.000 0.000 A= 9.2000E+04 mm^2 Y-dim = 2830 mm
2 -300 0 Xcg = 0 mm Sx(top) = 8.5615E+07 mm^3
3 -300 40 Ycg = 1415 mm Sx(bot) = 8.5615E+07 mm^3
4 -8 40 Ixo = 1.211E+11 mm^4 Sy(left) = 4.8031E+06 mm^3
5 -8 2790 Iyo = 1.441E+09 mm^4 Sy(right)= 4.8031E+06 mm^3
6 -300 2790 Ixyo = 0.000E+00 mm^4
7 -300 2830
8 300 2830 Section Properties About Principal Axis
9 300 2790 f = 0 deg Sxp(top) = 8.5615E+07 mm^3
10 8 2790 Ixp = 1.2114E+11 mm^4 Sxp(bot) = 8.5615E+07 mm^3
11 8 40 Iyp = 1.4409E+09 mm^4 Syp(left) = 4.8031E+06 mm^3
12 300 40 Ixyp = 0.0000E+00 mm^4 Syp(right)= 4.8031E+06 mm^3
13 300 0 J= 1.2259E+11 mm^4
14 0 0
15 0 0 3000.000

16 0 0
17 0 0
18 2500.000
19
20
21 2000.000
22
23
24 1500.000
25
26
27 1000.000
28
29
30 500.000
31
32
33 0.000
-1500.000 -1000.000 -500.000 0.000 500.000 1000.000 1500.000

Engineer: Sheet: straight flange File: 370323383.xls


18:39:16 10/31/2017

EXELTECH, INC. Project: Newmarket Viaduct Engineer: Project #


615 2nd Ave. Suite 660 Date: 31-Oct
Seattle, WA 98024 Subject: 60m BCM Checker: Page:
tel. (206)623-9646 Section 9 Date:

PROPERTIES OF SECTION DESCRIBED BY NODES COORDINATES


Units: mm

Section Properties
Nodes Coordinates
About Centroidal Axis Parallel to Original Axis
X Y f = 0 deg X-dim = 600 mm
1 0.000 0.000 A= 9.2000E+04 mm^2 Y-dim = 2845 mm
2 -300 0 Xcg = 0 mm Sx(top) = 8.4719E+07 mm^3
3 -300 40 Ycg = 1415 mm Sx(bot) = 8.5617E+07 mm^3
4 -8 40 Ixo = 1.211E+11 mm^4 Sy(left) = 4.8010E+06 mm^3
5 -8 2790 Iyo = 1.441E+09 mm^4 Sy(right)= 4.8053E+06 mm^3
6 -300 2775 Ixyo = 5.294E+07 mm^4
7 -300 2815
8 300 2845 Section Properties About Principal Axis
9 300 2805 f = 0 deg Sxp(top) = 8.4712E+07 mm^3
10 8 2790 Ixp = 1.2115E+11 mm^4 Sxp(bot) = 8.5609E+07 mm^3
11 8 40 Iyp = 1.4409E+09 mm^4 Syp(left) = 4.7910E+06 mm^3
12 300 40 Ixyp = 0.0000E+00 mm^4 Syp(right)= 4.7952E+06 mm^3
13 300 0 J= 1.2259E+11 mm^4
14 0 0
15 0 0 3000.000

16 0 0
17 0 0
18 2500.000
19
20
21 2000.000
22
23
24 1500.000
25
26
27 1000.000
28
29
30 500.000
31
32
33 0.000
-1500.000 -1000.000 -500.000 0.000 500.000 1000.000 1500.000

Engineer: Sheet: sloped flange File: 370323383.xls


18:39:16 10/31/2017

CROSS-SECTION PROPERTIES
Described by Layers (from top to bottom)
CROSS-SECTION

-40 -30 -20 -10 0 10 20 30 40


Section Title: 41" Deck Bulb Tee with 72" deck 0
-5
Units: in -10
Dist. to -15
Section Thickness Width of
Section
Number of Layer Section -20
from Top
0 0.000 72.00 0.000 -25
1 5.805 72.00 5.805 -30
2 0.000 51.00 5.805
-35
3 3.000 12.00 8.805
-40
4 2.000 8.00 10.805
5 27.000 8.00 37.805 -45
6 3.000 27.00 40.805 -50
7 6.000 27.00 46.805
8 0.000
9 0.000 Elastic Section Properties
10 0.000 Height = 46.805 in
11 0.000 Area = 962.96 in^2
12 0.000 I= 263132 in^4
13 0.000 Yt = 17.127 in
14 0.000 Yb = 29.678 in
15 0.000 St = 15363 in^3
16 0.000 Sb = 8866 in^3
17 0.000
18 0.000
19 0.000

Engineer: Sheet: Section_by_layers_old File: 370323383.xls

You might also like