As shown in the figure, members AC and BD are used to brace the pin-connected structure against a horizontal wind load of 10 kips based on ASCE 7- 16. Both of these members are assumed to be tension members and not resist any compression. For the load direction shown, member AC will resist the load in tension, and member BD will be unloaded. Select THREADED rods of ASTM A36 steel for these members. Use load and resistance factor design. a) Specify the diameter of the selected ASTM A36 THREADED rod

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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As shown in the figure, members AC and BD are
used to brace the pin-connected structure against a
horizontal wind load of 10 kips based on ASCE 7-
16. Both of these members are assumed to be
10
tension members and not resist any compression.
For the load direction shown, member AC will resist
the load in tension, and member BD will be
unloaded. Select THREADED rods of ASTM A36
steel for these members. Use load and resistance
factor design.
a) Specify the diameter of the selected ASTM
A36 THREADED rod
b) Specify the demand capacity ratio
c) Specify a basic overstrength as
d) Specify the overstrength considering the
expected yield stress and strain hardening as
B
35'
20′
D
Transcribed Image Text:As shown in the figure, members AC and BD are used to brace the pin-connected structure against a horizontal wind load of 10 kips based on ASCE 7- 16. Both of these members are assumed to be 10 tension members and not resist any compression. For the load direction shown, member AC will resist the load in tension, and member BD will be unloaded. Select THREADED rods of ASTM A36 steel for these members. Use load and resistance factor design. a) Specify the diameter of the selected ASTM A36 THREADED rod b) Specify the demand capacity ratio c) Specify a basic overstrength as d) Specify the overstrength considering the expected yield stress and strain hardening as B 35' 20′ D
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