4.7 Article

Titanium lattice structures manufactured by EBM process: Effect of skin material on bending characteristics

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Summary: Lattice structures are known for their high mechanical efficiency due to their specific geometry, which provides high strength and stiffness along with lightweight properties. This study examined the flexural properties of a titanium alloy lattice structure produced by electron beam melting, revealing that span length impacts the load-displacement trend. Additionally, skin failure was observed in all test conditions, with indentations in the upper skin for the shortest span length. The presence of dimples on the fracture surface indicated a ductile fracture behavior.

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