Deformation (meteorology)

Anisotropy

Texture (cosmology)

Philosophy

Slip (aerodynamics)

Metallurgy

Materials science

Ultimate tensile strength

Slipping

Computer science

Titanium

Thermodynamics

Physics

Alloy

Mathematics

Optics

Image (mathematics)

Epistemology

Artificial intelligence

Geometry

Composite material

Titanium alloy

Property (philosophy)

Journal of Material Science and Technology

Rolling texture and its effect on tensile properties of Ti60 alloy plates were investigated in the present study. The plates were β-rolled at 1070 °C and (α + β)-rolled at 980 °C, using uni-directionally rolling (UDR) and cross-directionally rolling (CDR) processes, respectively. β-rolled plates exhibited weak textures, which were attributed to the dispersive orientations of secondary α during the β → α phase transformation. Strong deformation textures formed in (α + β)-rolled plates as a result of slipping mechanisms: the strong T-type texture in UDR plate was related to {10 1¯ 0}[11 2¯ 0] slipping, while the B-type texture in CDR plate was relevant with {0001}[11 2¯ 0] slip. Strong T-type textures led to anisotropic tensile properties. B-type textures would decrease such an anisotropy. The (α + β)-CDR process was found to be a candidate process for reducing anisotropy of Ti60 alloy plates.

Rolling texture and its effect on tensile property of a near-α titanium alloy Ti60 plate