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Corrosion Resistance and Mechanical Properties of Layered Structural Material Based on Aluminum Alloy and Fiberglass Thin Sheets

机译:基于铝合金和玻璃纤维薄板的层状结构材料的耐腐蚀性和力学性能

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摘要

Within Russia, a course has been set for development of the Arctic as a transport zone and organization of full-scale recovery of natural resources, primarily hydrocarbons. One problem of economic and everyday development of the Arctic region is creation of materials and structures capable of operating in harsh climatic conditions. Materials used under these conditions should be distinguished not only by good mechanical properties, but also by improved corrosion resistance connected with the high moisture content of the region and presence of salt mist caused by the presence of the sea. There is great potential for use in structural objects of transport engineering of layered composite materials based on a metal matrix reinforced with various nonmetallic fibers, but for reliable operating capacity it is necessary to select components not having an unfavorable effect on each other. Data are provided in this article from research for preparing new structures of layered aluminum-fiberglass with improved corrosion resistance.
机译:在俄罗斯内,一门课程已经为北极开发作为运输区,组织自然资源的全面恢复,主要是碳氢化合物。北极地区经济和日常发展的一个问题是在恶劣气候条件下的材料和结构的创造。在这些条件下使用的材料不仅应通过良好的机械性能区分,而且还通过改善与区域的高水分含量和由海洋的存在引起的盐雾的存在改善。基于用各种非金属纤维的金属基质加固的金属基质,具有巨大的潜力,用于基于用各种非金属纤维加固的金属基质,但是为了可靠的操作能力,需要选择对彼此不利影响的组件。本文中提供了数据,用于制备具有改进的耐腐蚀性铝玻璃玻璃的新结构。

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