It　is　a　diffcult　and　challenging　subject　for　non-destructive　testing　and　evaluation　of　adhesive　structure　by　ultrasonic　guided　waves.　For　this　issue,　the　phase　shift　of　SH0　guided　wave　transmitting　in　perfect　connected　trilaminar　plate-like　adhesive　structure　was　researched.　Firstly,　the　phase-difference　analytical　model　between　the　incident　and　transmission/reflection　SH0　guided　wave,　which　based　on　the　control　equation　of　wave　propagation,　was　established.　Then,　the　phase-difference　curves　of　reflection/transmission　SH0　guided　wave　in　aluminum/epoxy　resin/aluminum　adhesive　structure　were　calculated　by　numerical　simulation.　Finally,　the　effects　of　changes　of　incident　angle　and　frequency-thickness　product　on　the　phase-difference　of　reflection/transmission　SH0　guided　wave　were　analyzed.　The　results　show　that　the　changes　of　phase-difference　of　reflection/transmission　SH0　guided　wave　transmitting　in　adhesive　structure　mainly　depend　on　the　parameter　as　incident　angle　or　frequency　of　acoustic　wave,　for　the　concrete　bonding　structure.　The　reflection　and　incident　SH0　guided　waves　are　in　the　same　phase　when　the　ultrasound　is　incident　under　a　particular　frequency-thickness　product.　Despite　the　angle　of　incidence,　the　phase-difference　curve　of　reflection　SH0　guided　wave　shows　periodic　resonance　with　the　increasement　of　frequency-thickness　product.　For　the　transmission　SH0　guided　wave,　the　change　of　the　phase-difference　curve　has　no　law　to　follow　when　the　ultrasound　is　normal　incident.　But　the　phase-difference　curve　changes　from　irregularity　to　regularity　as　the　angle　of　incidence　increase.　The　results　obtained　could　provide　the　theory　support　for　studying　the　propagation　characteristics　of　SH0　guided　wave　in　plate-like　bonding　structure　and　information　retrieving　of　echoed　SH0　guided　wave　and　positioning　during　the　experiment.　©　2017,　Editorial　Office　of　Chinese　Journal　of　Theoretical　and　Applied　Mechanics.　All　right　reserved.