A bolted single lap joint shown in the figure below is designed to join two sheets of wood using a single bolt. The width of each sheet, w, is 50 mm. If the joint must be able to support a tensile load F = 3227 N, determine. the minimum bolt diameter, d, that is required to support the applied load. Assume that the maximum allowable shear stress in the bolt material is 148 MPa. F4 W Give your answer in millimetres to 2 s.f. Minimum diameter: mm F
A bolted single lap joint shown in the figure below is designed to join two sheets of wood using a single bolt. The width of each sheet, w, is 50 mm. If the joint must be able to support a tensile load F = 3227 N, determine. the minimum bolt diameter, d, that is required to support the applied load. Assume that the maximum allowable shear stress in the bolt material is 148 MPa. F4 W Give your answer in millimetres to 2 s.f. Minimum diameter: mm F
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Question
Transcribed Image Text:A bolted single lap joint shown in the figure below is
designed to join two sheets of wood using a single bolt.
The width of each sheet, w, is 50 mm. If the joint must
be able to support a tensile load F = 3227 N, determine.
the minimum bolt diameter, d, that is required to support
the applied load. Assume that the maximum allowable
shear stress in the bolt material is 148 MPa.
F4
W
Give your answer in millimetres to 2 s.f.
Minimum diameter:
mm
F
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