In　this　paper,　finite　element　simulation　(FES)　of　the　effect　of　free　vibration　treatment　on　fatigue　damage　recovery　for　notched　copper　film　with　the　thickness　of　33　um　was　investigated.　The　damage　process　analyzed　by　static　analysis　of　original　specimen　and　vibration　process　analyzed　by　transient　dynamic　analysis　of　damaged　specimen　were　simulated　respectively.　The　transient　dynamic　analysis　was　conducted　with　different　frequencies　and　acceleration　amplitudes.　It　is　found　that　the　plastic　strain　was　produced　as　a　result　of　cyclic　loading　and　reduced　after　the　vibration　treatment.　The　values　of　plastic　strain　are　different　after　treatment　with　different　vibration　frequencies　and　acceleration　amplitudes.　Furthermore,　the　plastic　strain　in　notch　reduces　more　than　that　of　other　areas　of　the　specimen.　According　to　the　analysis,　the　vibration　treatment　can　reduce　the　plastic　strain　of　notched　specimen　significantly　by　which　the　micro-properties　are　improved　so　that　fatigue　damage　can　be　recovered.