The　healing　variable　and　enhancement　variable　were　first　defined　by　the　fatigue　ductility,　and　then　based　on　the　relationship　of　the　damage　variable,　the　healing　variable　and　the　enhancement　variable,　a　nonlinear　fatigue　damage-healing　model　was　proposed　for　predicting　the　fatigue　life　of　the　healed　copper　film　by　laser　shock　peening　(LSP).　The　nonlinear　fatigue　damage　cumulative　process　was　considered　in　the　model　for　the　original　specimen　without　LSP　under　constant　and　variable　amplitude　loadings.　The　results　showed　that　the　proposed　nonlinear　fatigue　damage-healing　model　can　predict　the　residual　fatigue　life　for　the　damaged　copper　film　specimen　well.