铁路货运融入现代物流的动阻力关系研究

Momentum and Resistance Relation of Railway Freight Transport Integrating into Modern Logistics

随着铁路改革不断深化,货运转型过程中存在的问题也日渐凸显,如何加速铁路货运融入现代物流进程,已成为当前铁路物流创新发展的重要研究方向。在阐述铁路货改背景和发展现状的基础上,借助力学基本原理塑造了铁路物流演化系统。通过构建力学车体模型,得到影响铁路货运创新发展的动阻力关系,并基于规范性理论分析指出铁路货运融入现代物流的三种情况,最后针对不同情况分别提出具体应对策略。

With the continuous deepening of railway reform, the problems in the process of freight transformation have become increasingly prominent. How to accelerate the integration of railway freight transportation into the modern logistics process has become an important research direction for the current innovation and development of railway logistics. On the basis of expounding the background and development status of railway freight reform, the basic principle of mechanics is used to shape the railway logistics evolution system. By constructing the mechanical car body model, the momentum and resistance relationship affecting the innovation and development of railway freight transportation is obtained. Based on the normative theoretical analysis, the three situations of railway freight transportation integrated into modern logistics are pointed out. Finally, specific countermeasure strategies are proposed for different situations.