Sequential game analysis of subsidy withdrawal and sustainable operation of China Railway Express

Abstract The China Railway Express plays a pivotal role in promoting a safe and environmentally friendly Eurasian transport network. As government subsidies are gradually withdrawn, its sustainability and operational stability face increasing challenges. This paper employs a sequential game to elucidate the mutual influence mechanism among shippers, carriers, and the government within China Railway Express and maritime competition. It analyses the impact of subsidy withdrawal on the decisions of market participants. The study explores, through numerical analysis, the influence of key factors like return factor and transportation costs on subsidy withdrawal. It identifies the optimal timing and essential measures for subsidy withdrawal. Ultimately, the research results provide a quantitative framework for achieving safe, efficient, and sustainable operation of the China Railway Express under subsidy withdrawal and offer methodological insights for other multimodal transport systems.

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Publication Details

Journal
Transportation Safety and Environment
Published
2026-04-11
DOI
https://doi.org/10.1093/tse/tdag006
Primary Topic
Maritime Ports and Logistics
Type
article
Field-Weighted Citation Impact
0.00
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article

Sequential game analysis of subsidy withdrawal and sustainable operation of China Railway Express

Mingxu Cai, Ze Zhang, Chengguang Liu, Fenling Feng
Transportation Safety and Environment
Maritime Ports and Logistics
article

Sequential game analysis of subsidy withdrawal and sustainable operation of China Railway Express

Mingxu Cai, Ze Zhang, Chengguang Liu, Fenling Feng
article en

Abstract

Abstract The China Railway Express plays a pivotal role in promoting a safe and environmentally friendly Eurasian transport network. As government subsidies are gradually withdrawn, its sustainability and operational stability face increasing challenges. This paper employs a sequential game to elucidate the mutual influence mechanism among shippers, carriers, and the government within China Railway Express and maritime competition. It analyses the impact of subsidy withdrawal on the decisions of market participants. The study explores, through numerical analysis, the influence of key factors like return factor and transportation costs on subsidy withdrawal. It identifies the optimal timing and essential measures for subsidy withdrawal. Ultimately, the research results provide a quantitative framework for achieving safe, efficient, and sustainable operation of the China Railway Express under subsidy withdrawal and offer methodological insights for other multimodal transport systems.

Transportation Safety and Environment
Central South University (CN)
Openalex Percentile: Top 16%
Maritime Ports and Logistics
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