In　this　paper,　a　hybrid　nondestructive　testing　(NDT)　method　combined　with　the　pulsed　eddy　current　testing　(PECT)　method　and　the　electromagnetic　acoustic　transducer　(EMAT)　method　has　been　proposed　and　validated　through　numerical　simulations　and　experiments.　First,　a　numerical　code　is　developed　for　the　simulation　of　hybrid　EMAT/PECT　signals.　Second,　based　on　the　numerical　simulation,　the　influences　of　the　eddy　current　induced　by　the　excitation　coil　and　the　eddy　current　due　to　the　velocity　effect　of　the　ultrasonic　wave　are　compared　and　analyzed.　Third,　several　signal　separation　and　extraction　methods　are　proposed　on　the　basis　of　the　spectral　analysis　and　filtering　strategies.　Finally,　hybrid　EMAT/PECT　experiments　are　conducted.　Based　on　the　numerical　and　experimental　results,　the　proposed　hybrid　PECT/EMAT　NDT　method　is　demonstrated　both　high　detectability　and　high　efficiency.