冰雪滑动摩擦研究现状及发展趋势

随着材料、检测设备和仿真软件的发展，冰雪摩擦的研究有了进一步的突破. 冰和雪都拥有独特的摩擦特性，它们的微观结构、表面薄层和测试方法一直都是科学研究的重点. 本文作者综述了关于冰雪与不同固体材料表面之间的摩擦学特性，简要介绍了冰雪微观形态、物态变化以及更深层次地从微观和纳观层面研究冰雪摩擦机理；重点介绍现有国内外在室内与室外进行冰雪摩擦测试的方法和测试装置的差异及影响，并结合减摩特性的摩擦机理研究在运动器材设计中的运用进行了简要总结. 最后，在未来的发展中应更加注重这几个方向的研究，为国内冰雪摩擦领域研究及冰雪运动器材设计产业提供理论支持.With the advancement of materials, testing equipment and simulation software, research on ice and snow friction has achieved further breakthroughs. Both ice and snow possess unique tribological properties, and their microstructures, surface thin layers and testing methods have long been key focuses of scientific research. This paper reviews the tribological characteristics between ice and snow and the surfaces of different solid materials, briefly introduces the microscopic morphology and phase changes of ice and snow, and further investigates the friction mechanisms of ice and snow at the micro- and nano-scales. It focuses on elaborating the differences and respective impacts of existing domestic and international indoor and outdoor ice and snow friction testing methods and devices, and briefly summarizes the application of friction mechanism research related to anti-friction characteristics in sports equipment design. Finally, more attention should be paid to research in these directions in future developments, so as to provide theoretical support for domestic research in the field of ice and snow friction and the ice and snow sports equipment design industry.

搜集汇总

背景与挑战

背景概述

该数据集是关于冰雪滑动摩擦研究的综述性资料，总结了冰雪与固体材料之间的摩擦学特性、微观机理和测试方法，并探讨了减摩技术在运动器材设计中的应用，旨在为国内冰雪摩擦领域研究和产业发展提供理论支持。