High Temperature Internal Friction Relaxations in Cold-Rolled Titanium

Abstract:

The high temperature relaxation in cold-rolled Ti (CR-Ti) and commercial pure Ti (CP-Ti) has been investigated using internal friction apparatus operating in forced oscillations from room temperature to 650°C. It is shown that there is an internal friction peak at around 510°C for the CR-Ti and there is no 510°C internal friction peak in the CP-Ti. The internal friction peak shows typical features of phase transformation in the CR-Ti. It is tentatively suggested that this peak is due to the ordering of disordered lattices resulted from cold-rolling. The high temperature background damping (HTBD) in the CP-Ti is much lower than that in the CR-Ti. It is concluded that the HTBD is related to the microstructure observed inside the grains and does not dependent on grain size.

• Periodical: Solid State Phenomena (Volume 279)
• Pages: 30-34
• DOI: https://doi.org/10.4028/www.scientific.net/SSP.279.30
• Online since: August 2018
• Authors: Zheng Cun Zhou*, Jie Du, Su Yi Gu, Y.J. Yan
• Keywords: Cold-Rolled Ti, High Temperature Relaxation, Internal Friction, Titanium

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