A single riveted lap joint of two similar plates as shown in the figure below has the following geometrical and material details. width of the plate w=200 mm, thickness of the plate t=5 mm, number of rivets n=3, diameter of the rivet dr=10 mm, diameter of the rivet hole dn=11 mm, allowable tensile stress of the plate σp=200 MPa, allowable shear stress of the rivet σs=100 MPa and allowable bearing stress of the rivet σc=150 MPa.If the rivets are to be designed to avoid crushing failure, the maximum permissible loadP in kN is

A single riveted lap joint of two similar plates as shown in the figur

1.	A single riveted lap joint of two similar plates as shown in the figure below has the following geometrical and material details. width of the plate w=200 mm, thickness of the plate t=5 mm, number of rivets n=3, diameter of the rivet dr=10 mm, diameter of the rivet hole dn=11 mm, allowable tensile stress of the plate σp=200 MPa, allowable shear stress of the rivet σs=100 MPa and allowable bearing stress of the rivet σc=150 MPa.If the rivets are to be designed to avoid crushing failure, the maximum permissible loadP in kN is
Answer» A single riveted lap joint of two similar plates as shown in the figure below has the following geometrical and material details. width of the plate $w = 200 m m,$ thickness of the plate $t = 5 m m$ , number of rivets $n = 3$ , diameter of the rivet $d_{r} = 10 m m$ , diameter of the rivet hole $d_{n} = 11 m m$ , allowable tensile stress of the plate $σ_{p} = 200 M P a$ , allowable shear stress of the rivet $σ_{s} = 100 M P a$ and allowable bearing stress of the rivet $σ_{c} = 150 M P a$ . If the rivets are to be designed to avoid crushing failure, the maximum permissible load $P$ in $k N$ is

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