研究影响铸造模型组件粘接质量的技术参数,并评估其在液态和潮湿环境中的运行特性

M. L. Kalinichenko, B. M. Nemenenok
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引用次数: 0

摘要

通常使用粘合剂技术制作的现代铸造模型套件会发生变形,导致翘曲甚至毁坏。这可能是由于材料和粘合剂之间的热膨胀率和吸湿率不同造成的。这项研究评估了模型套件元件在液体和潮湿环境下的操作条件下的粘合连接行为,评估了连接的硬度和强度。分析表明,塑料的密度与粘合剂接头的质量之间存在相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on technological parameters affecting the quality of adhesive joints in casting model assemblies and assessment of their operational properties in liquid and humid environments
Modern casting model kits, often created using adhesive technologies, can experience deformations leading to warping and even destruction. This can occur due to differences in thermal expansion and moisture absorption rates between the material and the adhesive. The study evaluated the behavior of the adhesive joint in model kit elements under operational conditions in liquid and humid environments, assessing the hardness and strength of the joint. The analysis revealed a correlation between the density of the plastic and the quality of the adhesive joint.
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