Mathematical Modeling and Comparative Analysis of Deformation/Recovery Properties and Shrinkage of Aramid Textile Materials

Pereborova N. V.; Makarov A. G.; Egorova M. A.; Kozlov A. A.

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Mathematical Modeling and Comparative Analysis of Deformation/Recovery Properties and Shrinkage of Aramid Textile Materials

机译：变形/回收性能的数学建模与比较分析和芳族纺织材料的收缩

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We describe mathematical modeling and comparative analysis methods for the deformation/recovery properties and shrinkage of aramid textile materials. We have studied the micromechanisms for such a phenomenon as shrinkage of polymer materials.

机译：我们描述了用于变形/回收性能的数学建模和比较分析方法，以及芳族纺织材料的收缩。我们研究了这种现象作为聚合物材料的收缩的微机器。

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《Fibre Chemistry》 |2019年第5期|共5页
作者
Pereborova N. V.; Makarov A. G.; Egorova M. A.; Kozlov A. A.;
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作者单位

St Petersburg State Univ Ind Technol &

Design St Petersburg Russia;

St Petersburg State Univ Ind Technol &

Design St Petersburg Russia;

St Petersburg State Univ Ind Technol &

Design St Petersburg Russia;

St Petersburg State Univ Ind Technol &

Design St Petersburg Russia;

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正文语种 eng
中图分类化学纤维工业;
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1. Mathematical Modeling and Comparative Analysis of Deformation/Recovery Properties and Shrinkage of Aramid Textile Materials [J] . Pereborova N. V., Makarov A. G., Egorova M. A., Fibre Chemistry . 2019,第5期

机译：变形/回收性能的数学建模与比较分析和芳族纺织材料的收缩
2. Comparative Analysis of the Deformational Properties of Aramid Fibers and Textiles Made from Them [J] . Makarov A. G., Pereborova N. V., Vagner V. I., Fibre Chemistry . 2016,第1期

机译：芳纶纤维及其制成的纺织品变形性能的比较分析
3. Modeling of Deformation-Relaxation Processes of Aramid Textile Materials - the Foundation for Analyzing Their Operational Properties [J] . Pereborova N. V., Demidov A. V., Makarov A. G., Fibre Chemistry . 2018,第2期

机译：芳纶纺织材料变形弛豫过程的建模 - 分析其运营特性的基础
4. Analysis of The Relationship Between Optical Property and Deformation Behavior of Polymeric Materials by Network Model [C] . Shinozaki Akira, Kishimoto Kikuo, Inoue Hirotsugu, International Conference on Electronic Materials and Packaging . 2006

机译：网络模型分析聚合物材料光学性能与变形行为的关系
5. Effect of Material Ion Exchanges on the Mechanical Stiffness Properties and Shear Deformation of Hydrated Cement Material Chemistry Structure C-S-H Jennite -- A Computational Modeling Study. [D] . Adebiyi, Babatunde Mattew. 2014

机译：材料离子交换对水合水泥材料化学结构C-S-H珍妮特机械刚度性能和剪切变形的影响-计算模型研究。
6. Urethane-Acrylate/Aramid Nanocomposites Based on Graphenic Materials. A Comparative Study of Their Mechanical Properties [O] . Israel Gago, Manuel del Río, Gerardo León, 2020

机译：基于石墨材料的氨基甲酸酯 - 丙烯酸酯/芳族聚酰胺纳米复合材料。其力学性能的比较研究
7. Mathematical model, validation and analysis of the drying treatment on quality attributes of chicory root cubes considering variable properties and shrinkage [O] . María Florencia Balzarini, María Agustina Reinheimer, María Cristina Ciappini, 2018

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8. An Investigation of Inhomogeneous Inelastic Deformations through Plate Impact Recovery Experiments and Mathematical Modelling of Propagating Localized Deformations [R] . Clifton, R. J. 1982

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Mathematical Modeling and Comparative Analysis of Deformation/Recovery Properties and Shrinkage of Aramid Textile Materials

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