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Friction spot welding (FSpW) is one of the most recently developed solid state joining technologies. In this work,\udbased on former publications, a computer aided draft and engineering resource is used to model a FSpW joint on AZ31\udmagnesium alloy sheets and subsequently submit the assembly to a typical shear test loading, using a linear elastic model,\udin order to conceive mechanical tests results. Finite element analysis shows that the plastic flow is concentrated on the\udwelded zone periphery where yield strength is reached. It is supposed that “through the weld” and “circumferential\udpull-out” variants should be the main failure behaviors, although mechanical testing may provide other types of fracture\uddue to metallurgical features

LAP SHEAR TEST OF A MAGNESIUM FRICTION SPOT JOINT: NUMERIC MODELING