实现基于三个周期表面的多孔结构模型的软件开发

Mikhail I. Smolkov, A. Krutov
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引用次数: 0

摘要

基于ToposPro信息分析系统中实现的生成三周期曲面的原始算法,建立了多孔材料的数学模型。开发了用于计算机实现该模型的TPS提取器软件。该软件实现了三角测量,平移,平滑和模型固化的原始算法。利用所建立的三角剖分算法构建了一组由三个周期曲面组成的周期曲面,并在此基础上建立了相应的多孔材料模型。基于多孔材料模型,研究了平滑和平移算法的性能。使用固化算法增加模型厚度,创建适合3D打印的多孔材料模型。此外,采用熔融沉积建模技术打印出多孔模型样品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Software development for implementing a model of porous structures based on three periodic surfaces
Based on the original algorithm for generating three periodic surfaces implemented in the ToposPro information and analytical system, a mathematical model of a porous material was developed. The TPS Extractor software for the computer implementation of this model was developed. This software implements original algorithms for triangulation, translation, smoothing, and model solidifying. The developed triangulation algorithms were used to construct a set of three periodic surfaces, and models of the corresponding porous materials were built on their basis. Based on models of porous materials, a study of the performance of smoothing and translation algorithms was conducted. Using a solidifying algorithm for increasing the model thickness, models of porous material were created that are suitable for 3D printing. Also, samples of porous models were printed out using fused deposition modeling technology.
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