Collaborative emergency adaptation for ripple effect mitigation in intertwined supply networks
通过模拟研究，首次在相互交织的供应网络中考察涟漪效应，探索协同调配产能和共享库存如何缓解冲击传播并提升恢复绩效，为供应链韧性管理提供新视角。
Abstract For the first time, the ripple effect is examined in the setting of an intertwined supply network. Through simulations, we model the disruption propagation in supply chains having common suppliers. We explore conditions under which a collaborative coordination of re-purposed capacities and shared stocks can help mitigate the ripple effect and improve recovery performance. As a result, we conceptualize the notion of collaborative emergency adaptation contributing to development of “network-of networks” and viability perspective in supply chain resilience management. We illustrate our approach with anyLogistix simulations and deduce some generalized theoretical and managerial insights on how and when a collaborative emergency adaptation can be implemented and help improve supply chain resilience and viability.