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首页> 外文期刊>Journal of Engineering & Applied Sciences >Analysis of Tensile Strength of Different Combination of FRP Material under Seawater Conditioning
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Analysis of Tensile Strength of Different Combination of FRP Material under Seawater Conditioning

机译：海水条件下FRP材料不同组合的拉伸强度分析

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摘要

The analysis of tensile strength with different combination material of Fiber Reinforced Polymer (FRP) under seawater. Fiber reinforced polymer are composite materials made out hardening or room temperature curing resin as matrix together with reinforcement materials. Seawater is salty and it has different density with fresh water, lake or river. Floating structure is something that floats on the surface of a fluid or space without sinking. The specimens or samples were made from the different combination of FRP material which is tissue mat, chopped strand mat, woven roving, resin, catalyst and color pigment. An immersion test was run in minimum of 30 days. The tensile test was carried out was based an axial stress test for the same size specimens of five for each different combination of material. This study has identified that the combination of specimens 3 has the highest tensile test.
机译：海水中纤维增强聚合物（FRP）不同组合材料的拉伸强度分析。 纤维增强聚合物是复合材料，使硬化或室温固化树脂作为基质与加强材料一起制成。 海水是咸的，它具有不同的密度，淡水，湖泊或河流。 浮动结构是漂浮在流体或空间的表面上而不会下沉的东西。 试样或样品由FRP材料的不同组合制成，其是组织垫，切碎的股垫，编织粗纱，树脂，催化剂和彩色颜料。 浸渍试验至少在30天内运行。 进行拉伸试验是基于用于每个不同的材料组合的相同尺寸标本的轴向应力测试。 该研究确定了样本3的组合具有最高的拉伸试验。

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