Design the most economical W-shape for a typical filler beam and interior girder in the partial framing plan. For both structural members, draw load diagrams and solve for reactions. 5" slab (3½" NW Concrete + 1 ½" Type B 19 Gage Deck) Floor mech. 45 psf = 20' H H | | Live = 60 psf 4 @ 7' = 28' Ext. Wall = 50 #/ft I - - H I - I
Design the most economical W-shape for a typical filler beam and interior girder in the partial framing plan. For both structural members, draw load diagrams and solve for reactions. 5" slab (3½" NW Concrete + 1 ½" Type B 19 Gage Deck) Floor mech. 45 psf = 20' H H | | Live = 60 psf 4 @ 7' = 28' Ext. Wall = 50 #/ft I - - H I - I
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Design the most economical W-shape for a typical filler beam and interior girder in the partial framing plan.
For both structural members, draw load diagrams and solve for reactions.
thank you for the help

Transcribed Image Text:Design the most economical W-shape for a typical filler beam and interior girder in the partial framing plan.
For both structural members, draw load diagrams and solve for reactions.
5" slab (3½" NW Concrete + 1 ½" Type B 19 Gage Deck)
Floor mech. 45 psf
=
20'
H
H
|
|
Live = 60 psf
4 @ 7' = 28'
Ext. Wall =
50 #/ft
I -
-
H
I -
I
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