耐长时间暴露于腐蚀环境的机器的生产和维修中所用材料的可制造性评估

N. Y. Bulanaeva—Klimova, T. Guzeva, G. Malysheva
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引用次数: 0

摘要

给出了玻璃纤维零件在小规模生产和维修生产条件下的可制造性评价方法。以高温固化的环氧粘合剂为基础的材料为研究对象。为了比较各种成型工艺的可制造性,还考虑了基于分散填料和热塑性基质的复合材料。提出了可制造性专家评估的结果,表明由相似技术操作组成的成型工艺在内容上存在显著差异,在成本和材料强度上存在显著差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of manufacturability of materials used in production and repair of machines that are resistant to prolonged exposure to corrosive environments
The assessment methodology for manufacturability of fiberglass parts in conditions of small-scale and repair production is given. Materials based on epoxy binders, the curing of which takes place at elevated temperature, were used as objects of the investigation. To compare manufacturability of various molding processes, composites based on dispersed fillers and thermoplastic matrices are also considered. The results of expert assessments of manufacturability are presented, which show that molding processes consisting of similar technological operations in terms of content, differ significantly in cost and material intensity.
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