Özet:

Thermoplastic matrix composites, along with their mechanical characteristics, are increasingly preferred for production costs and environmental reasons.  In order to accelerate the heating process to save by shortening the production process, the effects of the induction heating method on thermoplastic matrix composites are an important subject of research.  In this study, the desired area depending on the geometry of the composite material with thermoplastic matrix with the induction thermal heating method will be studied by the variables and parameters aimed at forming the carbon fiber supplement element at high temperatures faster than existing technologies using the thermal conductivity feature. The study first provided basic information about the method of induction heating, then found the elements and principles affecting the heating process and finally the effects on the material in case of modification of the parameters in the method.  The study is estimated to be a source of research aimed at creating lower-cost processes in the production of thermoplastic matrix composites with the method of induction heating.

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