研究了机用碳纤维/ABS复合材料人工智能辅助成型工艺关键技术,设定复合材料使用的厚度为2.0～3.0mm,长度为355mm,宽度为210mm,分析材料的流动性、表面熔接痕和变形程度。以M40碳纤维和J47A胶膜作为原材料,强调了制备过程的温度、压强和压力时间点问题,通过真空蒸镀处理、喷漆处理和在模内加入注塑工艺实现表面处理。设定实验检测机用碳纤维/ABS复合材料人工智能辅助成型工艺关键技术制件性能,结果表明,在同等强度条件下,该技术制件的厚度更小,重量更轻,拉升强度和弯曲强度都大大增强。

Conventional composite materials are relatively poor in weight,thickness,tensile strength and flexural strength.Aiming at the above problems,the key technology of artificial carbon fiber(CF)/ABS composite artificial intelligence assisted molding process was studied.The thickness of the composite material was 2.0～3.0mm,the length was 355mm,the width was 210mm,and the fluidity and surface fusion of the composite materials were analyzed.The degree of trace and deformation,using M40 CF and J47A film as raw materials,emphasized the temperature,pressure and pressure time points of the preparation process,and the surface treatment was realized by vacuum evaporation treatment,painting treatment and injection molding process in the mold.The performance of the key technology of the CF/ABS artificial intelligence assisted molding process for the test machine was set.The results shown that under the same strength conditions,the thickness of the key technology parts was more small,had lighter weight,greatly enhanced tensile strength and flexural strength.