Screw Form Rolling of Beta Type Titanium Alloy Preliminary Worked by Torsion

Kazuhiro Kume; Mitsuaki Furui; Susumu Ikeno; Yusuke Ishisaka; Masayuki Yamamoto

doi:10.4028/www.scientific.net/MSF.654-656.906

Paper Titles

Characterization of the Mechanical Behaviour of Both Fusion Zone and Base Metal of Electron Beam Welded TA6V Titanium Alloy
p.890

3D Transient Thermal Modelling and Experimental Validation of the Temperature Distribution during Laser Heating of Ti6Al4V Alloy
p.894

Characterisation of Cold Spray Titanium Coatings
p.898

Drawability of Ti-6Al-4V Sheet at Elevated Temperatures
p.902

Screw Form Rolling of Beta Type Titanium Alloy Preliminary Worked by Torsion
p.906

Microstructural Characteristics of Electron Beam Processed Al-2Sc
p.910

Quantitative Analysis of Precipitate Compositions in an Al-Li-Mg-Cu Alloy Using Atom Probe Tomography
p.914

Effect of Pre-Ageing on the Artificial Ageing Response of Al-Mg-Si(-Cu) Alloys
p.918

Effect of Applied Stress on Nucleation and Growth of Precipitates in a Cu-Be-Co Alloy
p.922

HomeMaterials Science ForumMaterials Science Forum Vols. 654-656Screw Form Rolling of Beta Type Titanium Alloy...

Screw Form Rolling of Beta Type Titanium Alloy Preliminary Worked by Torsion

Abstract:

Beta type titanium alloys in a cold processability are light, have high strength, excellent corrosion resistance and the same level as Young's modulus of human bone. Therefore, beta type titanium alloys are used for plant facilities such as nuclear plants, architectural materials, aircraft, car, biomaterial, medical equipment, glasses and golf club head, etc. Microstructure and mechanical properties of beta type titanium alloys processed by rolling and heat treatment have been reported [1]. Additionally, screw form rolling using beta type titanium alloys has also been reported [2]. However, the development in those characteristics after the preliminary working by torsion has been unknown.