Strain Rate Effect on Mode I Debonding Characterization of Adhesively Bonded Aluminum Joints

In adhesive bonding, two different substrate materials are joined together, usually by forming chemical bonds. The can stick things together. loading rate and deformation mode easily change the mechanical properties of material. Hence, a vital aim current study is to evaluate strain effect on damage response joints for Mode I scenarios. adherend material was aluminum AL6061-T6, Araldite 2015 adherent This experiment delamination had prescribed size 200 mm × 25 3 an thickness 0.5 mm. situations where affects failure mechanism, displacement 5, 50, or 500 mm/min sufficient attain mechanism. A double cantilever beam (DCB) specimen employed construct FE model geometry simulation. hybrid experimental–FE technique utilized extract interface. simulation has proven have excellent correlation with experimental findings.