CAJ | 학술논문

采用玻纤增强乙烯–乙酸乙烯酯共聚物(EVAC)复合材料为基体材料，以氧化铝陶瓷为夹层材料，制备的纤维增强热塑性树脂基夹层复合材料具有表面韧性好，夹层硬度高、脆性大的特点，在同时满足纤维增强热塑性树脂基夹层复合材料加工精度、加工面质量和加工进度要求的条件下，各类角、孔的加工难度很大。针对此类复合材料的加工难点，从设备和刀具的选择、工艺参数的选定、工艺质量的判定等几个方面对复合材料的加工工艺进行了研究，确定了设备规格、刀具外径、切割进刀速度与复合材料厚度关系等关键参数，并从断面质量、尺寸精度、表面质量等方面给出了工艺质量的判定方法。
채용파섬증강을희–을산을희지공취물(EVAC)복합재료위기체재료，이양화려도자위협층재료，제비적섬유증강열소성수지기협층복합재료구유표면인성호，협층경도고、취성대적특점，재동시만족섬유증강열소성수지기협층복합재료가공정도、가공면질량화가공진도요구적조건하，각류각、공적가공난도흔대。침대차류복합재료적가공난점，종설비화도구적선택、공예삼수적선정、공예질량적판정등궤개방면대복합재료적가공공예진행료연구，학정료설비규격、도구외경、절할진도속도여복합재료후도관계등관건삼수，병종단면질량、척촌정도、표면질량등방면급출료공예질량적판정방법。
Glass fiber reinforced thermoplastic resin matrix interlayer composite which uses ethylene-vinyl acetate copolymer(EVAC) thermoplastic resin reinforced glass fiber as matrix material,and the alumina ceramicsas interlayer has the characteristics of high toughness in surface,high hardness and high brittleness in the interlayer. To meet the precision of machining process,the quality requirement of the product surface and the requirements of machining processing schedule at the same time, it is difficult to process all kinds of angles and holes. Aiming to solve the difficulties in the processing technology of the glass fiber reinforced thermoplastic resin matrix interlayer composites,the choice of machines,knife tools and the processing parameters, as well as the determination of process quality are researched. Meanwhile,the equipment specifications,blade diameter,the relationship between cutting speed and the thickness of the glass fiber reinforced thermoplastic resin matrix interlayer composite are all determined. The determination method of process quality is given by the section quality,size precision and the surface quality and other aspects.