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Weld strength depends on metal, electrode, process, and joint design. Proper sizing ensures weld is stronger than base metal.
Wzór
Calculate fillet weld capacity: P = 0.707×t×L×F_y (simplified)
- P
- 0 — 0
- L
- L value — Variable used in the calculation
Przewodnik krok po kroku
- 1Calculate fillet weld capacity: P = 0.707×t×L×F_y (simplified)
- 2Butt weld strength equals base metal if properly made
- 3Account for loading direction and stress concentration
Rozwiązane przykłady
Wejście
Fillet weld size t=6mm, length L=100mm, steel Fy=250 MPa
Wynik
P ≈ 106 kN capacity
Simplified allowable stress
Częste błędy do unikania
- ✕Using leg size instead of throat dimension
- ✕Over-sizing welds (unnecessary cost and distortion)
Często zadawane pytania
Why is fillet weld size measured at 0.707t instead of full size?
Throat dimension (0.707× size) is the critical failure plane; leg dimension is measured size.
How does loading direction affect weld strength?
Welds strongest in shear along the weld axis; weakest perpendicular to axis.
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