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Design a rivet that is utilized in a double riveted lap joint which connects two 10 mm thick plates. The applied load in the lap joint is 50 KN and the pitch is 60 mm. If the allowable stresses for the plate material are (tensile stress ot= 120 MPa, shear stress T= 90 MPa, bearing stress oc = 150 MPa) and for the rivet material are (tensile stress ot=130 MPa, shear stress t= 100 MPa, bearing stress oc = 140 MPa) e 8:09

Design a rivet that is utilized in a double riveted lap joint which connects two 10 mm thick plates. The applied load in the lap joint is 50 KN and the pitch is 60 mm. If the allowable stresses for the plate material are (tensile stress ot= 120 MPa, shear stress T= 90 MPa, bearing stress oc = 150 MPa) and for the rivet material are (tensile stress ot=130 MPa, shear stress t= 100 MPa, bearing stress oc = 140 MPa) e 8:09

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Design a rivet that is utilized in a double riveted lap joint which connects two 10 mm thick plates. The applied load in the lap joint is 50 KN and the pitch is 60 mm. If the allowable stresses for the plate material are (tensile stress ot= 120 MPa, shear stress t= 90 MPa, bearing stress oc = 150 MPa) and for the rivet material are (tensile stress ot=130 MPa, shear stress t= 100 MPa, bearing stress oc = 140 MPa) e 8:09
Transcribed Image Text:Design a rivet that is utilized in a double riveted lap joint which connects two 10 mm thick plates. The applied load in the lap joint is 50 KN and the pitch is 60 mm. If the allowable stresses for the plate material are (tensile stress ot= 120 MPa, shear stress t= 90 MPa, bearing stress oc = 150 MPa) and for the rivet material are (tensile stress ot=130 MPa, shear stress t= 100 MPa, bearing stress oc = 140 MPa) e 8:09
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