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Length = 72 feet Depth of the beam = 6 feet Load = 10 kip concentrated load applied at the mid-span M = P * L / 4 = 180 ft-kips Results for a composite beam were similar. Model:

Length = 72 feet Depth of the beam = 6 feet

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Model:. Length = 72 feet Depth of the beam = 6 feet Load = 10 kip concentrated load applied at the mid-span M = P * L / 4 = 180 ft -kips Results for a composite beam were similar. 1 shell element in the depth. 2 shell elements in the depth. 4 shell elements in the depth. - PowerPoint PPT Presentation

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Page 1: Length = 72  feet  Depth  of the beam  =  6  feet

Length = 72 feet

Depth of the beam = 6 feet

Load = 10 kip concentrated load applied at the mid-span

M = P * L / 4 = 180 ft-kips

Results for a composite beam were similar.

Model:

Page 2: Length = 72  feet  Depth  of the beam  =  6  feet

1 shell element in the depth

2 shell elements in the depth

Page 3: Length = 72  feet  Depth  of the beam  =  6  feet

8 shell elements in the depth

4 shell elements in the depth

Page 4: Length = 72  feet  Depth  of the beam  =  6  feet
Page 5: Length = 72  feet  Depth  of the beam  =  6  feet
Page 6: Length = 72  feet  Depth  of the beam  =  6  feet
Page 7: Length = 72  feet  Depth  of the beam  =  6  feet
Page 8: Length = 72  feet  Depth  of the beam  =  6  feet

Generates output showing the location, surface ordinate and load for every wheel for every truck position evaluated.

Page 9: Length = 72  feet  Depth  of the beam  =  6  feet

Curved girder enhancements for 6.6

• Cross frame spec checking

• Lateral bracing of bottom flanges