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		题名	作者	年代	出处	被引量
	1	Mechanical Properties of Carbon Epoxy Prepreg Insert Phenolic Resin Injection Moldings显示文摘This study focuses on the insert-injection molding process. The thermoset composite inserts in this study were carbon fiber/epoxy (CF/Epoxy) prepreg sheets. The injected molded part was glass fiber contained phenolic resin (GF/PF). The CF/Epoxy was placed in the mold cavity prior to injecting GF/PF onto the inserted injection molded CF/Epoxy specimens. The role of adhesion between the inserted part and injected resin on the mechanical properties was evaluated by 3 point bending and impact tests. In addition, the effect of prepreg orientation on the mechanical properties of the prepreg inserted-injection molding system was investigated. It was found that the prepreg with unidirectional orientation significantly improved flexural and impact strength of the inserted injection molding composites, providing better support and resistance to bending and impact loading. The main failure modes of the specimens were structural and adhesive failure.	PINPATHOMRAT Badin KEIGO Nishitani THUMSORN Supaphom Narongchai O-Charoen Yuqiu YANG HAMADA Hiroyuki	2019	纤维复合材料2019，36，2：	2
	2	Simulation of the Interphase of Insert Injection Moldings显示文摘In this work, the generalizing of the finite element method (FEM) of thermoplastic prepreg insert injection molding composites was investigated. The specimens were prepared using glass fiber/polyamidc 6 (GF/PA6) inserted prepreg, and their characteristics were investigated and compared under ANSYS workbench program. The prediction of the bending initial fracture point under analytical tensile testing with interlayer on prepreg insert moldings was focused. It was found that the bending initial fracture point was applied to predict by matching the shear stress. There was obtained from analytical tensile testing and bending analysis. Therefore, it can be obtained the optimum of the clastic modulus ratio on the injection part/interlayer/insert part by using FEM via ANSYS workbench.	Keigo Nishitani Badin Pinpathomrat Narongchai O-Charoen Yuqiu Yang Hiroyuki Hamada	2019	纤维复合材料2019，36，2：	2

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