Two steel plates each of width 150mm and thickness 10mm are connected with three 20mm diameter rivets placed in a zig-zag pattern. The pitch of the rivets is 75 mm and gauge is 60mm. If the allowable tensile stress is 150 MPa, the maximum tensile force that the joint can withstand is

Two steel plates each of width 150mm and thickness 10mm are connected with three 20mm diameter rivets placed in a zig-zag pattern. The pitch of the rivets is 75 mm and gauge is 60mm. If the allowable tensile stress is 150 MPa, the maximum tensile force that the joint can withstand is

Steel Design (Activate Learning with these NEW titles from Engineering!)

6th Edition

ISBN:9781337094740

Author:Segui, William T.

Publisher:Segui, William T.

Chapter5: Beams

Section: Chapter Questions

Problem 5.2.1P

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A property of a material describes its characteristics and distinguishes it from the others. The material properties are described it in terms of its hardness, color, appearances, and so on. The material properties generally depend on the type of material, or whether it is a metal or an alloy. There are different kinds of material properties such as mechanical properties, thermal properties, physical properties, and chemical properties. Chemical properties describe the material in terms of a chemical change. The mechanical properties come into existence when the material is acted upon by an external load. Thermal properties are associated with the temperature of the material and specific heat.

Question

Two steel plates each of width 150mm and
thickness 10mm are connected with three 20mm
diameter rivets placed in a zig-zag pattern. The
pitch of the rivets is 75 mm and gauge is 60mm.
If the allowable tensile stress is 150 MPa, the
maximum tensile force that the joint can withstand
is

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Two steel plates each of width 150 mm and thickness 10 mm are connected with three 20 mm diameter rivets placed in zig-zag pattern. The pitch of the rivets is 75 mm and the gauge is 60 mm. If the allowable tensile stress is 150 MPa, then the maximum tensile force that the joint can withstand is
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