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采用无接触式电涡流位移传感系统,对复合材料真空辅助成型过程中的厚度变化进行了实时监测.研究了在其他条件相同情况下,树脂粘度、充模距离、铺层厚度、铺覆导流网等对厚度稳定需要的最短抽真空时间的影响.结果表明,树脂注满并关闭树脂管以后,持续抽真空可有效提高真空辅助工艺成型纤维体积含量,且有利于减小沿树脂流动方向的厚度梯度;树脂粘度对厚度稳定所需要的最短抽真空时间影响最为明显,粘度越高需抽真空时间越长,充模距离、铺层厚度以及导流网对需要最短的抽真空时间影响相对较小.

参考文献

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