Research on the Dynamic Behavior of Supply Chain Systems Considering Product Greenness

Abstract

In order to meet consumers' demand for green products, it is necessary for manufacturers to improve the greenness of their products during the production process. On the basis of considering the greenness of products, the strategy evolution behavior of multi-period game model was studied, and the stability and complexity of multi-period game system was explored. The stability domain of the system was given, and the effects of product market demand and strategy adjustment speed on the stability domain were analyzed. Research has shown that there are scope limitations on the adjustment speed of game strategies, and the stability domain of the system is positively correlated with the price sensitivity coefficient, while negatively correlated with the sensitivity coefficient of product greenness and product demand. A stable system helps the strategy reach equilibrium after multi-period of adjustment, while an unstable system leads to drastic fluctuations in prices and profits.