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The influence of ultrasound on physico- mechanical properties of composite materials reinforced with carbonaceous fibers in the formation process

机译:超声波在地层过程中用碳质纤维加固复合材料物理性能的影响

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摘要

The process of reinforcement in the ultrasonic field of structural elements from ABS plastic composite structures containing carbon fibers was studied. The fact of formation of an adhesive-strong interface of "composite-plastic" under the action of ultrasound on the sample during the curing of the composite is established. It is shown that ultrasonic action causes the formation of a homogeneous morphology of the surface and structure of the composite layer, as well as a change in the ratio of the strength parameters of the material. In tensile tests, an increase in strength of 18 % was found with a certain decrease in the elongation.
机译:研究了含碳纤维的ABS塑料复合结构的结构元件超声波领域的加固过程。建立了在复合材料固化期间,在超声中的超声波作用下形成“复合塑料”的粘合强度界面的事实。结果表明,超声作用导致形成复合层的表面和结构的均匀形态,以及材料的强度参数的比例的变化。在拉伸试验中,发现18%的强度的增加,伸长率一定降低。

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