Abstract
The monotonic and low-cycle fatigue properties of two-phase solder alloy joints based on the Pb-Sn (lead-tin) system were determined in shear and were correlated with the measured volume fractions of the phases present For monotonie loading, the shear modulus followed an inverse rule of mixtures; the stress-strain behavior a linear rule of mixtures. For the fatigue tests, the derived Coffin-Manson parameters and the strain hardening in the first cycle obeyed a linear rule of mixtures. For the present solidification conditions, the measured volume fractions of the phases were in approximate agreement with those determined from the equilibrium phase diagram at 100 °C.
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