首页|线上代销/回收下考虑废旧品质量分级的闭环供应链决策

线上代销/回收下考虑废旧品质量分级的闭环供应链决策

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对于由制造商和网络平台构成的闭环供应链,研究了制造商通过网络平台同时进行新产品代销和废旧品回收.网络平台对回收的废旧品按其质量状况进行分级,以便采用相应的回收方式.比较了制造商领导的Stackelberg博弈、网络平台领导的Stackelberg博弈、制造商与网络平台Nash均衡博弈三种情形下的最优决策和最优利润.研究发现,当考虑废旧品按其质量分级利用时有:若新产品生产成本较小,自身处于领导地位时获得的最优利润最大;而当新产品生产成本增大到一定程度后,对方处于领导地位时自身获得的最优利润反而最大;双方均势时各自获得的最优利润均不占优.此外,当新产品单位生产成本处在特定范围内,双方都倾向于减小网络平台代销佣金比例;在其他情况下,双方对于代销佣金比例的取值倾向不一致.
Closed-loop Supply Chain Decisions with Quality Grading of Used Products under the Online Agency-selling/collection Mode
A closed-loop supply chain(CLSC)composed of a manufacturer and an online platform was considered.The manufacturer consigned both the sales of new products and the collection of used products to the online platform.The online platform graded the returned used products according to their quality levels and adopted corresponding recycling ways.The optimal decisions of the CLSC under three game structures(manufacturer-led Stackelberg game,online platform-led Stackelberg game,and Nash equilibrium game between them)were respectively discussed.The results show that considering the recycling of used products according to their quality levels under the three game structures,if the unit production cost is small,both the manufacturer and the online platform make the most profit when they are in a leadership position.However,when the unit production cost increases to a certain extent,it will get the maximum optimal profit when the other party is in the leading position.Besides,when the power of two sides is in balance,the optimal profit of each side is not dominant.Moreover,when the unit production cost is within a certain range,the manufacturer and the online platform will tend to decrease the commission ratio.In other cases,the two sides will be inconsistent in the commission ratio.

closed-loop supply chainonline platformquality gradingpricingagency-selling

马祖军、徐子琪、闫彦超

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浙江财经大学管理学院,浙江杭州 310018

西南交通大学经济管理学院,四川成都 610031

闭环供应链 网络平台 质量分级 定价 代销

国家自然科学基金青年项目教育部人文社会科学研究规划基金资助项目四川省社会科学研究规划重点项目

7110314916YJA630005SC17A030

2024

工业工程与管理
上海交通大学

工业工程与管理

CSTPCD北大核心
影响因子:0.763
ISSN:1007-5429
年,卷(期):2024.29(4)
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