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Session: Session 15: Advanced materials and innovative structural concepts
Session starts: Wednesday 28 June, 16:10
Presentation starts: 16:10
Room: Theatre room: plenary

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Tianjiao Zhao ()
Zhinan Zhang ()
Jipeng Zhang ()
Haichao Cui ()
Yuan Zhao ()
Bintuan Wang ()

Abstract:
In this paper, the basic mechanical properties of titanium alloy laminates were analyzed theoretically and experimentally. The effects of design parameters such as metal volume fraction, layering mode and layering Angle on the static tensile mechanical properties of titanium alloy laminates were analyzed. At the same time, the basic mechanical properties of titanium alloy laminates were tested. The test results verified the validity of the calculation model on the static mechanical properties of titanium alloy laminates under static tensile, shear and bending conditions, and obtained the static tensile strength, shear strength and bending strength of 0° and 45° titanium alloy laminates.