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Surface engineering of light alloys: aluminium, magnesium and titanium alloys

机译:轻合金的表面工程:铝,镁和钛合金

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IFHTSE is pleased to note the forthcoming appearance of a collection of expert contributions on the surface engineering of light alloys, scheduled to appear in July 2010. The editor, Dr Hanshan Dong of Birmingham University, UK, says in his preface: 'Light alloys, which encompass magnesium, aluminium and titanium based materials, are materials of choice for transport applications (such as aerospace, automotive and light rail) because of their low density and high strength-to-weight ratio. Weight reduction in transport translates directly to fuel saving and emissions deduction, thus greatly contributing to ecologically and economically sustainable development. In addition, light alloys are attractive for some specific applications due to their unique properties. For example, outstanding biocompatibility makes titanium alloys the material of choice for load-bearing body implants.
机译:IFHTSE很高兴地注意到,计划于2010年7月出现的一系列轻合金表面工程方面的专家贡献即将面世。英国伯明翰大学的Hanhan Dong博士在其序言中说:“轻合金,包括镁,铝和钛基材料在内的各种材料,由于其低密度和高强度重量比,因此是运输应用(例如航空航天,汽车和轻轨)的首选材料。减轻运输重量直接转化为节省燃料和减少排放,从而极大地促进了生态和经济可持续发展。此外,轻合金由于其独特的性能而对某些特定应用具有吸引力。例如,出色的生物相容性使钛合金成为承重身体植入物的首选材料。

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