Process detection and laser electrochemical composite deposition


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Abstract

A detection system equipped with a hydrophone and an infrared imaging device was developed to determine the thermal and mechanical effects of a laser on electrochemical composite deposition. Scanning electron microscopy was performed to observe the surface and cross-sectional morphology. Experimental results show that the mechanical and thermal effects of a laser get more pronounced when a laser energy is increasing, which is more evident in the CuSO4 electrolyte. Those effects can result in increased deposition rates and refined grains, which is important for the electrochemical composite processing.

About the authors

Zhaoyang Zhang

Laser Technology Institute, School of Mechanical Engineering

Email: 451183106@qq.com
China, Zhenjiang, 212013

Yujia Jiang

Laser Technology Institute, School of Mechanical Engineering

Author for correspondence.
Email: 451183106@qq.com
China, Zhenjiang, 212013

Lei Huang

Laser Technology Institute, School of Mechanical Engineering

Email: 451183106@qq.com
China, Zhenjiang, 212013

Hongwu Zhuang

Laser Technology Institute, School of Mechanical Engineering

Email: 451183106@qq.com
China, Zhenjiang, 212013

Haiqiang Lu

Laser Technology Institute, School of Mechanical Engineering

Email: 451183106@qq.com
China, Zhenjiang, 212013

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