本研究主要是以克維拉(Kevlar)纖維配合環氧樹脂和PP樹脂來研究，並針對測試 後其抗彈板中的彈頭深度、底部凸起高度、凸起範圍之直徑及不同排列方式來分析。以克維 拉(Kevlar)纖維為強化材，環氧樹脂為基材，加入PP樹脂經過熱壓而成抗彈板，因為環氧樹 脂為脆性材料，所吸收的能量有限，希望能以PP樹脂之韌性來增加能量之吸收，而目前所做 的實驗，以總層數24層中，其PP抗彈板佔16層且放置在底部時效果最好。
This research focuses on the ballistic resistance character of the plate made by Kevlar fiber and epoxy resin. We discuss and analyse the depth of bullet, and the diamenter and range of the bottom rise high. We use the Kevlar fiber as fouce material, epoxy resin as base material, and PP resin heat-pressed to produce the plate. Because epoxy resin is a brittle material, the energy according to the recent experiment, the best resistance effect is happened in the condition of the PP plate having 16 layers at the bottom position.
