6. Select double angle tension member to resist a factored load of 100 kips. Member is connected with 2 lines of -inch diameter bolts placed at usual gage distances (see AISC manual specification J3.3). There will be more than 2 bolts in each line. Member is 16'-0" long. Hint: Try an angle with 6 inch legs back to back and an outstanding length of 3 ½ -inches. Choose required thickness. Assume U=0.85 for design.
6. Select double angle tension member to resist a factored load of 100 kips. Member is connected with 2 lines of -inch diameter bolts placed at usual gage distances (see AISC manual specification J3.3). There will be more than 2 bolts in each line. Member is 16'-0" long. Hint: Try an angle with 6 inch legs back to back and an outstanding length of 3 ½ -inches. Choose required thickness. Assume U=0.85 for design.
Steel Design (Activate Learning with these NEW titles from Engineering!)
6th Edition
ISBN:9781337094740
Author:Segui, William T.
Publisher:Segui, William T.
Chapter3: Tension Members
Section: Chapter Questions
Problem 3.4.6P
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![6. Select double angle tension member to resist a factored load of 100 kips. Member is connected with
2 lines of -inch diameter bolts placed at usual gage distances (see AISC manual specification
J3.3). There will be more than 2 bolts in each line. Member is 16'-0" long.
Hint: Try an angle with 6 inch legs back to back and an outstanding length of 3 -inches. Choose
required thickness. Assume U=0.85 for design.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0c9d5d10-595d-4cd7-9134-2a40ba56aa9c%2F1a95fa92-f6e9-45b6-8c63-9ea98c126af3%2Fldx896p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6. Select double angle tension member to resist a factored load of 100 kips. Member is connected with
2 lines of -inch diameter bolts placed at usual gage distances (see AISC manual specification
J3.3). There will be more than 2 bolts in each line. Member is 16'-0" long.
Hint: Try an angle with 6 inch legs back to back and an outstanding length of 3 -inches. Choose
required thickness. Assume U=0.85 for design.
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