The　Love　wave　behavior　in　magneto-electro-elastic　multilayered　structures　was　investigated.　Firstly,　the　general　mechanical　displacement,　electric　potential　and　magnetic　potential　were　found　by　solving　the　coupled　mag-neto-etectro-elastic　field　equations.　The　dispersion　equation　of　the　Love　wave　was　then　derived　by　the　propagation　matrix　method,　combined　with　the　continuity　condition　across　the　interface　of　the　layers.　Numerical　results　for　sandwich　composites　made　of　BaTiO3　and　CoFe2O4　were　presented　and　discussed,　including　dispersion　curves　for　different　stacking　sequences　and　for　different　thicknesses　of　the　middle　layer.