
Finite Element Shear Failure Modeling for Latent Interface Cracking in High Temp Thermal Aging
Finite element shear modeling predicts latent interface cracking in high-temperature electronics by applying age-degraded cohesive zone parameters.

Finite element shear modeling predicts latent interface cracking in high-temperature electronics by applying age-degraded cohesive zone parameters.

Intermetallic thickness growth follows parabolic kinetics; derive activation energy and pre-exponential constants via multi-temperature Arrhenius slope regression.

Solid state intermetallic growth degrades lead-free solder joints through parabolic Cu3Sn layer thickening and Kirkendall void embrittlement under thermal aging.
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