Scenarios of spare parts distribution networks with different characteristics (number of customers, average demand, etc) and spare parts producible via both Additive and Conventional Manufacturing

Scenarios of spare parts distribution networks with different characteristics, including: Number of customers (N) Average demand of one customer (Demand1Customer) Unitary cost of Additive Manufactured spare parts purchased from a supplier (uc_AM) Unitary cost of Conventionally Manufactured spare parts purchased from a supplier (uc_CM) Unitary cost of one spare part backorder (backorder) Unitary cost of transportation (et_cen) Optimal scenario associated to that distribution centre, choosing between 10 options 1= decentralized scenario with AM spare parts 2= hybrid scenario with degree of centralization equal to 0.25 and AM spare parts 3= hybrid scenario with degree of centralization equal to 0.50 and AM spare parts 4= hybrid scenario with degree of centralization equal to 0.75 and AM spare parts 5= centralized scenario with AM spare parts 6= decentralized scenario with CM spare parts 7= hybrid scenario with degree of centralization equal to 0.25 and CM spare parts 8= hybrid scenario with degree of centralization equal to 0.50 and CM spare parts 9= hybrid scenario with degree of centralization equal to 0.75 and CM spare parts 10= centralized scenario with AM spare parts本数据集涵盖具备不同特性的备件分销网络场景，具体包含以下维度： 客户总数（N） 单客户平均需求量（Demand1Customer） 从供应商处采购的增材制造（Additive Manufactured）备件单位成本（uc_AM） 从供应商处采购的传统制造（Conventionally Manufactured）备件单位成本（uc_CM） 单备件缺货单位成本（backorder） 单位运输成本（et_cen） 对应配送中心的最优可选方案（共10种可选场景） 以下为10种具体可选场景： 1= 采用增材制造备件的分散式场景 2= 集权度为0.25且采用增材制造备件的混合式场景 3= 集权度为0.50且采用增材制造备件的混合式场景 4= 集权度为0.75且采用增材制造备件的混合式场景 5= 采用增材制造备件的集中式场景 6= 采用传统制造备件的分散式场景 7= 集权度为0.25且采用传统制造备件的混合式场景 8= 集权度为0.50且采用传统制造备件的混合式场景 9= 集权度为0.75且采用传统制造备件的混合式场景 10= 采用增材制造备件的集中式场景