Problem 3. A W14x109 section is used as an axially loaded compression member. The effective length, KL, is 26 ft. for both principal axes. Use the following three methods to calculate the column design strength, oPn. Use A992 Steel. A) Using Fer equations b) Using the Fer values from AISC Table 4-14 c) Using column tables 4-1 in Part 4 of the manual
Problem 3. A W14x109 section is used as an axially loaded compression member. The effective length, KL, is 26 ft. for both principal axes. Use the following three methods to calculate the column design strength, oPn. Use A992 Steel. A) Using Fer equations b) Using the Fer values from AISC Table 4-14 c) Using column tables 4-1 in Part 4 of the manual
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Problem 3. A W14x109 section is used as an axially loaded compression member. The effective
length, KL, is 26 ft. for both principal axes. Use the following three methods to calculate the
column design strength, þPn. Use A992 Steel.
A) Using Fer equations
b) Using the Fer values from AISC Table 4-14
c) Using column tables 4-1 in Part 4 of the manual](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc9c718ab-2d20-41cf-95c2-84548e9f2986%2F102f538e-6ba2-49a6-8aa6-b85450e48e39%2Fyu29m6o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 3. A W14x109 section is used as an axially loaded compression member. The effective
length, KL, is 26 ft. for both principal axes. Use the following three methods to calculate the
column design strength, þPn. Use A992 Steel.
A) Using Fer equations
b) Using the Fer values from AISC Table 4-14
c) Using column tables 4-1 in Part 4 of the manual
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