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Research on the Risk Transmission Mechanism of Supply Interruption of Core Basic Components

Zhenyu Cai, Zhili Wang*, Meng Liu

Abstract


With the deepening development of global supply chains, the production and circulation of core basic components have become a
key component of the industrial chain. However, frequent interruptions in the supply of core basic components pose challenges to the stability
and security of the industrial chain. This article aims to analyze the risk contagion mechanism of supply interruption of core basic components, and explore how the risk of supply interruption of core basic components can have a wide-ranging chain reaction on downstream enterprises through different levels of transmission paths. The article first defines the concept of core components and their key role in the industry
chain, and then analyzes the sources, carriers, pathways, receptors, and mechanisms of supply interruption risk, in order to provide strong
decision support for manufacturing managers and reduce the negative impact of supply interruption of core components.

Keywords


Core basic components; Supply interruption; Risk contagion; Contagion mechanism

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References


[1] Qu Xianming. The path selection of the development of core basic components in China [J]. China Industry & Information Technology,

2017, (01): 40-42.

[2] Li gang. Research on the Transmission Mechanism of Supply Chain Risks [J]. China Business and Market, 2011, 25(01): 41-44.

[3] Zhang Shengzhong, PangChunyuan, Li Qian, Research on the Formation Mechanism and Influencing Factors of Supply Chain Default

Risk Transmission [J]. Journal of Commercial Economics, 2013(29): 51-52.

[4] Lu Bo, Han Jian, Fan Xinkai. Research on the New Mechanism of Supply Chain Risk Transmission Based on SIR-SCR Model under

the Background of New Technological Revolution [J]. Science and Technology Management Research, 2020, 40 (05): 199-206.

[5] Qiao Liang Research on the Risk Transmission Mechanism and Control Mode of Organic Agricultural Product Supply Chain [J]. Agricultural Economy, 2017, (06): 121-123.




DOI: http://dx.doi.org/10.70711/frim.v3i3.6192

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