主 办:材料科学与工程系
报告人:Dr. Zhigang Xu
时 间:11月21日(周五)上午9:00
地 点:力学大院澳门太阳娱乐网站官网1号楼212会议室
主持人:郑玉峰 教授
报告内容摘要
Mg-based alloys are biodegradable alloys. They have advantages over permanent implant materials in terms of eliminating follow-up surgeries to remove the fixation devices/implants after the injury is healed, promoting tissue re-growth as the implant is degrading, and so on. However, biocompatibility is strictly required to these alloys to be placed in human or animal bodies. In order to make fully biocompatible Mg-based alloys, utilization of none-toxic elements is not enough. Their bio-degradation rates must be in controlled rates to limit Mg++ concentration in blood within certain level and to limit the gas release rate. Beyond that, Mg-based alloys are required to possess desirable mechanical and degradation properties. The profile of mechanical property of an implant is required to match the tissue healing progress during the degradation of the implant. These are the most fundamental motivations for a bio-materials research to develop novel fully biocompatible Mg-based alloys with a wide spectrum of mechanical and degradation properties to meet the needs of different applications. This presentation will offer a survey of different methods of how to improve the mechanical and corrosion properties of Mg-based alloys.
报告人简介
Dr. Zhigang Xu
Senior Scientist, NSF Engineering Research Center for Revolutionizing Metallic Biomaterials (NSF ERC-RMB)
Department of Mechanical Engineering, North Carolina A&T State University
Dr. Zhigang Xu is the team leader in Mg-based alloy design, processing, and characterizations in NSF ERC-RMB at NC A&T State University. These activities are integral parts of the center’s research projects.
EDUCATION
· North Carolina A&T State University, Ph.D., Mechanical Engineering, 2002.
· China University of Petroleum, M.S., Petroleum Engineering, 1988.
· China University of Petroleum, B.S., Petroleum Engineering, 1982.
PROFESSIONAL EXPERIENCE AND SERVICE
· 2003-Present: Senior Scientist, North Carolina A&T State University.
· 1993-1997: Associate Professor, China University of Petroleum.
RESEARCH INTERESTS
Magnesium alloys melting and solidification, phase transformation, microstructure-mechanical relationship, amorphous materials, biocompatibility, metal-matrix composites, and fuel cell materials.
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