车辆技术要素退化过程及建模方法

A. Hoang
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引用次数: 0

摘要

交通工具广泛应用于生活的许多领域。在工作过程中,其零件在工作条件和环境的影响下总会发生降解。由于车辆上使用的部件和系统的复杂性,这是一个复杂的过程。然而,上述过程可以通过制造材料(金属、塑料、橡胶、聚合物等)的典型单一工艺来研究,一些重要的元素,对车辆性能有很大的影响(如润滑剂、电池、电子元件等)。了解退化过程的本质(现象、发生机制……)有助于找到克服其局限性的解决方案。在数学模型上研究破坏机理和现象是一种具有许多优点和较低研究成本的研究方法。本文简要介绍了发生在车辆上的退化过程,以及用于描述这些过程的模型。在此基础上指出了“退化过程数学建模”领域有待进一步研究的内容。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The degradation process of technical elements on vehicles and modeling methods
Vehicles are widely used in many areas of life. In the working process, its parts always degrade under the impact of working conditions and the environment. This is a complicated process due to the complexity of the parts, systems used on the vehicles. However, the above process can be studied through typical single processes of manufacturing materials (metals, plastics, rubber, polymers, etc.), and some important elements, greatly affect vehicle performance (e.g., lubricants, batteries, electronic components, etc.). Understanding the nature of the degradation processes (phenomena, occurring mechanisms …) helps to find out solutions to overcome their limitation. Researching the failure mechanisms and phenomena on mathematical models is a research method with many advantages and low research cost. This paper presents a brief review of the degradation processes occurring on vehicles, and the models used to describe these processes. From that point out the content that needs further research in area “Mathematical modeling degradation process”.
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