Determine the shear strength of the single shear nailed solid timber joint of the figure, for...

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Determine the shear strength of the single shear nailed solid timber joint of the figure, for the shown failure mode only, considering that the smooth nails utilised in the simple splice joint (blue fastener in the figure) have a diameter of 6 mm and an ultimate tensile strength of 600 MPa and are driven into the timber through predrilled holes. Member 1 (with t₁ thickness), is of C16 strength class, while Member 2 (with thickness t₂) is of Strength Class C20. The rope effects can be ignored. t₁ ↑ t₂ Provide your answer in kN and with two decimal digits. Determine the shear strength of the single shear nailed solid timber joint of the figure, for the shown failure mode only, considering that the smooth nails utilised in the simple splice joint (blue fastener in the figure) have a diameter of 6 mm and an ultimate tensile strength of 600 MPa and are driven into the timber through predrilled holes. Member 1 (with t₁ thickness), is of C16 strength class, while Member 2 (with thickness t₂) is of Strength Class C20. The rope effects can be ignored. t₁ ↑ t₂ Provide your answer in kN and with two decimal digits.

Answer rating: 100% (QA)

i Diameterd6 mm ii Area of cross sectionApid4pi64 28... View the full answer