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Experimental Investigation of Mohair Fibrous Composite Material on Mechanical Properties

机译:Mohair纤维复合材料对机械性能的实验研究

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Due to the scarcity of regular materials, Global R&D are mainly focusing on an alternative to regular materials and composite materials had found the place as alternative materials, due to its high specific strength, high resistance to fatigue and corrosion, integration in function, low manufacturing and maintenance costs, and mainly due to its greenhouse nature. In this paper, an experimental study was conducted on newly developed natural fiber using mohair epoxy composite biodegradable material by investigating its mechanical properties. Natural fiber Mohair is taken in different compositions with commercial epoxy LY556 and HY951 hardener in different weight percentages for making composite materials to find the properties of it.
机译:由于普遍材料的稀缺性,全球研发主要专注于常规材料和复合材料作为替代材料的替代品,由于其高比强度,高耐疲劳和腐蚀,功能集成,低制造业 和维护成本,主要是由于其温室性质。 在本文中,通过研究其机械性能,在新开发的天然纤维上进行了实验研究。 天然纤维Mohair用商业环氧LY556和HY951硬化剂采用不同的组合物,以不同的重量百分比,用于制造复合材料以找到它的性质。

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