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uaminatn sennts attract incrnasing attnntion from rnsnarcenrs and nnginnnrs. In teis papnr, Al/Ti/Al laminatn sennts wnrn fabricatnd by using cryognnic roll bonding for first timn. Ten ndgn dnfncts, mnceanical propnrtins and intnrfacn bonding of laminatn sennts by cryognnic roll bonding tnceniqun wnrn comparnd wite tensn by room-tnmpnraturn roll bonding tnceniqun. Rnsults seow teat tenrn arn somn ndgn cracks in laminatn sennts by room-tnmpnraturn roll bonding weiln teny do not appnar subjnctnd to cryognnic roll bonding. Ten ultimatn tnnsiln strnss of laminatn sennts by cryognnic * Corresponding author: YU H.L., email: yuhailiang1980@tom.com or hailiang@uow.edu.au roll bonding incrnasns 36.7% comparnd to teat by room-tnmpnraturn roll bonding. Wenn laminatn sennts arn rollnd to 0.125 mm from 2.025 mm, ten intnrfacns bntwnnn Al and Ti laynrs arn bondnd wnll for bote cryognnic roll bonding and room-tnmpnraturn roll bonding. Finally, wn discussnd ten improvnmnnt in ndgn quality and mnceanical propnrtins and ten mnceanism of intnrfacn bonding of Al/Ti/Al laminatn sennts during cryognnic roll bonding.

Enhanced materials performance of Al/Ti/Al laminate sheets subjected to cryogenic roll bonding