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Q4. A single strap single riveted butt joint joins two plates (12 mm and 10 mm), when the diameter of the rivet is 14 mm and the distance from the centre of one rivet to the centre of the next rivet is 60 mm. Find the efficiency of the riveted joint if the rivets are arranged in (a) chain riveted joint (b) zig-zag riveted joint. The allowable stresses for plates are (o 180 MPa, t= 120 MPa, o = 280 MPa) and for rivets are (0-240 MPa, t= 160 MPa, oc = 260 MPa), use factor of safety (2).

Q4. A single strap single riveted butt joint joins two plates (12 mm and 10 mm), when the diameter of the rivet is 14 mm and the distance from the centre of one rivet to the centre of the next rivet is 60 mm. Find the efficiency of the riveted joint if the rivets are arranged in (a) chain riveted joint (b) zig-zag riveted joint. The allowable stresses for plates are (o 180 MPa, t= 120 MPa, o = 280 MPa) and for rivets are (0-240 MPa, t= 160 MPa, oc = 260 MPa), use factor of safety (2).

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q4. A single strap single riveted butt joint joins two plates (12 mm and 10 mm), when the diameter of the rivet is 14 mm and the distance from the centre of one rivet to the centre of the next rivet is 60 mm. Find the efficiency of the riveted joint if the rivets are arranged in (a) chain riveted joint (b) zig-zag riveted joint. The allowable stresses for plates are (o 180 MPa, t= 120 MPa, o = 280 MPa) and for rivets are (o=240 MPa, t= 160 MPa, oc=260 MPa), use factor of safety (2).
Transcribed Image Text:Q4. A single strap single riveted butt joint joins two plates (12 mm and 10 mm), when the diameter of the rivet is 14 mm and the distance from the centre of one rivet to the centre of the next rivet is 60 mm. Find the efficiency of the riveted joint if the rivets are arranged in (a) chain riveted joint (b) zig-zag riveted joint. The allowable stresses for plates are (o 180 MPa, t= 120 MPa, o = 280 MPa) and for rivets are (o=240 MPa, t= 160 MPa, oc=260 MPa), use factor of safety (2).
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