13) Determine the tensile capacity of the welded lap joint based on shear The 150 mm x 18 mm plate is welded to a 300 mm x 18 mm plate by a 10 mm fillet weld. The steel is A 36 and the electrode use was E capacity of the fillet weld. (ASD) (kN) 14) Determine the tensile capacity of the welded lap joint based on yielding 70 (SMAW) shielded metal arc welding. of the gross area of the plate. (LRFD) (kN) For welding: 15) Determine the tensile capacity of the welded lap joint based on yielding Fu = 918 MPa of the gross area of the plate. (ASD) (kN) For steel plate: Fy = 268 318 MG Fu = 300 тm х 18 mm 150 тm x 18 тт T 150 mm 72.7 mM
13) Determine the tensile capacity of the welded lap joint based on shear The 150 mm x 18 mm plate is welded to a 300 mm x 18 mm plate by a 10 mm fillet weld. The steel is A 36 and the electrode use was E capacity of the fillet weld. (ASD) (kN) 14) Determine the tensile capacity of the welded lap joint based on yielding 70 (SMAW) shielded metal arc welding. of the gross area of the plate. (LRFD) (kN) For welding: 15) Determine the tensile capacity of the welded lap joint based on yielding Fu = 918 MPa of the gross area of the plate. (ASD) (kN) For steel plate: Fy = 268 318 MG Fu = 300 тm х 18 mm 150 тm x 18 тт T 150 mm 72.7 mM
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:13) Determine the tensile capacity of the welded lap joint based on shear
The 150 mm x 18 mm plate is welded to a
300 mm x 18 mm plate by a 10 mm fillet weld.
The steel is A 36 and the electrode use was E
capacity of the fillet weld. (ASD) (kN)
14) Determine the tensile capacity of the welded lap joint based on yielding
70 (SMAW) shielded metal arc welding.
of the gross area of the plate. (LRFD) (kN)
For welding:
15) Determine the tensile capacity of the welded lap joint based on yielding
Fu = 918 MPa
of the gross area of the plate. (ASD) (kN)
For steel plate:
Fy = 268
318 MG
Fy =
300 mm x 18 mm
150 mm x 18 mm
150
mi
72.7 mm
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