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Computational analysis of frp composite under different temperature gradient

机译:不同温度梯度下FRP复合的计算分析

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Composite material strength depends on the stiffness of fiber and the resin which is used for reinforcement. The strength of the laminate can be increased by applying good manufacturing practices. The strength is directly depending on the property of resin. The property of the any compound subjected to changed when they exposed to the temperature. This paper investigates the strength of laminate when they subjected to different temperature gradient of resin while manufacturing. The resin is preheated before adding hardener with them. These types of laminate reinforced with resin at different levels of temperature 20c, 40c, and 60c. These different temperature resin are used for reinforcement and the specimen tested. The comparative results are made to find how the stiffness of laminate changes with respect to the thermal property of resin. The results are helpful to obtain high strength laminate.
机译:复合材料强度取决于纤维的刚度和用于增强的树脂。通过应用良好的制造实践,可以增加层压板的强度。强度直接取决于树脂的性质。当它们暴露于温度时,任何化合物的性质就会发生变化。本文在制造时对树脂进行不同温度梯度时,研究了层压板的强度。在用它们加入硬化剂之前预热树脂。这些类型的层压材料在不同水平的温度20c,40℃和60℃下加固树脂。这些不同的温度树脂用于增强和试样测试。对比结果是为了找到层压材料的刚度如何变化为树脂的热性。结果有助于获得高强度层压材料。

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