Which of the following is not true for angles as tension members?(a) Angles if axially loaded through centroid can be designed as plates(b) Angles connected to gusset plates by welding or bolting only through one of the two legs results in eccentric loading(c) When load is applied by connecting only one leg of member, there is shear lag at the end connection(d) When angles are connected to gusset plates by welding or bolting only through one of the two legs resulting in eccentric loading, there is a uniform stress distribution over cross section.I have been asked this question in an interview.My enquiry is from Angles Under Tension and Factors affecting Strength topic in division Design of Tension Members of Design of Steel Structures

Which of the following is not true for angles as tension members?(a) A

1.	Which of the following is not true for angles as tension members?(a) Angles if axially loaded through centroid can be designed as plates(b) Angles connected to gusset plates by welding or bolting only through one of the two legs results in eccentric loading(c) When load is applied by connecting only one leg of member, there is shear lag at the end connection(d) When angles are connected to gusset plates by welding or bolting only through one of the two legs resulting in eccentric loading, there is a uniform stress distribution over cross section.I have been asked this question in an interview.My enquiry is from Angles Under Tension and Factors affecting Strength topic in division Design of Tension Members of Design of Steel Structures
Answer» Correct answer is (d) When angles are connected to gusset plates by welding or bolting only through one of the two legs RESULTING in eccentric loading, there is a UNIFORM stress distribution over cross SECTION. Easiest explanation: Angles if axially loaded through centroid can be designed as plates. Angles connected to gusset plates by welding or bolting only through one of the two legs results in eccentric loading, causing non-uniform stress distribution over cross section. When LOAD is applied by connecting only one LEG of member, there is shear lag at the end connection.

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