Effects of Rolling Deformation and Annealing Treatment on Damping Capacity of 1200 Aluminium Alloy

Mazlee, M. N., Jamaludin, S. B., Yasmin, Y., Shamsudin, S. R., Risby, M. S., & Afendi, M. (2015). The Effects of Rolling Deformation and Annealing Treatment on Damping Capacity of 1200 Aluminium Alloy, Materials Science Forum, Vol. 819, pp. 20-24.

6 Pages Posted: 30 Apr 2017

See all articles by Mazlee Mohd Noor

Mazlee Mohd Noor

Universiti Malaysia Perlis

J. B. Shamsul

Universiti Malaysia Perlis

Y. Yasmin

Universiti Malaysia Perlis

S. R. Shamsudin

Universiti Malaysia Perlis

M. S. Risby

Universiti Pertahanan Nasional Malaysia (UPNM)

M. Afendi

Universiti Malaysia Perlis

Date Written: June 9, 2014

Abstract

Annealing treatment is an important step of rolling deformation that contributes to microstructural evolution and leads to the significant changes in damping capacity. Damping capacities were analysed in the parallel to rolling direction at 1 and 10 Hz respectively. It was found that severe plastic deformation at 40 percent reduction has lower damping capacity compared to that of 30 percent and 20 percent reductions respectively. The influence of rolling deformation on the damping capacity was investigated by using X-ray diffraction (XRD). The microstructural results show that the grains of as rolled alloys were changed to equiaxed structures after a large rolling reduction.

Keywords: alloy, deformation, damping, rolling, annealing, aluminium

JEL Classification: A30

Suggested Citation

Mohd Noor, Mazlee and Jamaludin, Shamsul and Yasmin, Y. and Shamsudin, S. R. and Risby, M. S. and Afendi, M., Effects of Rolling Deformation and Annealing Treatment on Damping Capacity of 1200 Aluminium Alloy (June 9, 2014). Mazlee, M. N., Jamaludin, S. B., Yasmin, Y., Shamsudin, S. R., Risby, M. S., & Afendi, M. (2015). The Effects of Rolling Deformation and Annealing Treatment on Damping Capacity of 1200 Aluminium Alloy, Materials Science Forum, Vol. 819, pp. 20-24., Available at SSRN: https://ssrn.com/abstract=2958029

Mazlee Mohd Noor (Contact Author)

Universiti Malaysia Perlis ( email )

School of Materials Engineering
Jejawi
Arau, 02600
Malaysia

Shamsul Jamaludin

Universiti Malaysia Perlis ( email )

School of Materials Engineering
Jejawi
Arau, 02600
Malaysia

Y. Yasmin

Universiti Malaysia Perlis ( email )

School of Materials Engineering
Jejawi
Arau, 02600
Malaysia

S. R. Shamsudin

Universiti Malaysia Perlis ( email )

School of Materials Engineering
Jejawi
Arau, 02600
Malaysia

M. S. Risby

Universiti Pertahanan Nasional Malaysia (UPNM) ( email )

Malaysia

M. Afendi

Universiti Malaysia Perlis ( email )

School of Materials Engineering
Jejawi
Arau, 02600
Malaysia

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