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首页> 外文期刊>Uludag University Journal of The Faculty of Engineering >FARKLI TAKV?YE MALZEMELER?N?N KOMPOZ?T MALZEME MEKAN?K ?ZELL?KLER?N?N ?Y?LE?T?R?LMES?NE ETK?S?
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FARKLI TAKV?YE MALZEMELER?N?N KOMPOZ?T MALZEME MEKAN?K ?ZELL?KLER?N?N ?Y?LE?T?R?LMES?NE ETK?S?

机译：不同的克罗斯材料？n？t材料地板？lmes？

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摘要

The traditional materials are inadequate to the needs of modern manufacturing such as high mechanical and technological properties. There is a conflict with the demands of high-strength and lightweight, however the composite materials with diverse reinforcements provide each of the requests. Therefore, the use of the composite materials in industrial applications has become increasingly necessary. Sheet Molding Compounds (SMC) is a production method which the thermoset polymer composite parts with high-strengths can be manufacture in series for many areas, including automotive.In this study, the mechanical properties of two different SMC materials were examined which obtained using woven glass fibers and nonwoven (random) fibers as reinforcements to increase strengths of the resulting material. The experimental results showed that the tensile strength of the SMC specimen with random fibers reached an average value of 67.58 MPa, but the average value of the specimen with woven glass fiber reinforcement in the same conditions and a weight ratio was reached up to 137.29 MPa. With this new material, the tensile strength values were increased approximately to double.
机译：传统材料对现代制造的需求不足，如高机械和技术性质。具有高强度和轻量级需求存在冲突，但具有多种增压的复合材料提供了每个请求。因此，在工业应用中的复合材料的使用已经越来越必要。片状成型化合物（SMC）是一种生产方法，其具有高强度的热固性聚合物复合部件可以为许多领域制造，包括汽车。在本研究中，检查了两种不同SMC材料的机械性能，可采用编织玻璃纤维和非织造（随机）纤维作为增强件，以增加所得材料的强度。实验结果表明，随机纤维的SMC样品的拉伸强度达到平均值67.58MPa，但在相同条件下具有织造玻璃纤维增​​强的样品的平均值达到了137.29MPa。通过这种新材料，拉伸强度值大约增加到双倍。

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