Conventional metal materials are used in every field in industrial applications, but contemporary requirements such as high vibration dampening, metal materials are unfortunately not sufficient. Also necessities of the time requirements as energy safe, environmental factors and carbon footprint increases the importance of composite materials in the industry today. On the other hand vibration is one of the most important problems aimed to be solved in machine tools. The tool life, efficiency and tolerance ranges of the work pieces are directly affected by vibration. The aim of this study is the development of composite material for machine tools structure in line with these purposes, moulding easily, and cost-effective moulding materials in comparison with existing moulding systems, needless finishing machining and high vibration damping capability than existing materials. The effects of fiberglass cloth added to composite structure as an admixture to reduce the rigidity and increase the durability of composite material, tensile strength changes, the natural frequency and vibration damping capability of the material are examined by analyzing with experimental method. The experimental results of with and without reinforced specimens were compared. In consideration of quantitative data, high vibration dampening capability and high strength composite structure have developed for industrial applications.

中文翻译：

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玻璃纤维增​​强对复合框架材料力学性能的影响

常规金属材料在工业应用中的每个领域中都使用，但是不幸的是，诸如高减振的现代要求金属材料是不够的。能源安全，环境因素和碳足迹等时间要求的必要性也增加了复合材料在当今行业中的重要性。另一方面，振动是旨在解决机床中最重要的问题之一。工件的刀具寿命，效率和公差范围直接受到振动的影响。这项研究的目的是根据这些目的开发用于机床结构的复合材料，与现有的成型系统相比，该材料易于成型且具有成本效益，与现有材料相比，不需要进行精加工和高减振能力。通过实验方法分析了玻璃纤维布作为混合物添加到复合结构中以降低复合材料的刚性并增加其耐用性，抗拉强度变化，固有频率和减振性能的影响。比较了有和没有钢筋样品的实验结果。考虑到定量数据，已经为工业应用开发了高减振能力和高强度复合结构。通过实验方法分析了材料的固有频率和减振性能。比较了有和没有钢筋样品的实验结果。考虑到定量数据，已经为工业应用开发了高减振能力和高强度复合结构。通过实验方法分析了材料的固有频率和减振性能。比较了有和没有钢筋样品的实验结果。考虑到定量数据，已经为工业应用开发了高减振能力和高强度复合结构。