Tripartite evolutionary game analysis of collaborative governance in construction and demolition waste management

Jian Li Jane Hao; Caimiao Zheng; Luigi Di Sarno; Adam Mannis; Ziying Wen; Bowen Xu

Tripartite evolutionary game analysis of collaborative governance in construction and demolition waste management

Jian Li Jane Hao, Caimiao Zheng, Luigi Di Sarno, Adam Mannis, Ziying Wen, Bowen Xu

Research output: Contribution to conference › Paper › peer-review

Abstract

this study develops an evolutionary game model involving government regulators, construction enterprises, and recycling enterprises. By integrating replicator dynamics with MATLAB-based simulations, the study explores the impact of phased subsidies, penalties, and cost structures on the evolution of cooperative strategies. The results suggest that a stable cooperative equilibrium can be achieved when appropriate incentives and penalties are applied, and a three-phase policy strategy is proposed to guide the transition from low cooperation to a mature, circular waste management system.

Original language	English
Publication status	Published - Jul 2025

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Cite this

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title = "Tripartite evolutionary game analysis of collaborative governance in construction and demolition waste management",

abstract = "this study develops an evolutionary game model involving government regulators, construction enterprises, and recycling enterprises. By integrating replicator dynamics with MATLAB-based simulations, the study explores the impact of phased subsidies, penalties, and cost structures on the evolution of cooperative strategies. The results suggest that a stable cooperative equilibrium can be achieved when appropriate incentives and penalties are applied, and a three-phase policy strategy is proposed to guide the transition from low cooperation to a mature, circular waste management system.",

author = "Hao, {Jian Li Jane} and Caimiao Zheng and Sarno, {Luigi Di} and Adam Mannis and Ziying Wen and Bowen Xu",

year = "2025",

month = jul,

language = "English",

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TY - CONF

T1 - Tripartite evolutionary game analysis of collaborative governance in construction and demolition waste management

AU - Hao, Jian Li Jane

AU - Zheng, Caimiao

AU - Sarno, Luigi Di

AU - Mannis, Adam

AU - Wen, Ziying

AU - Xu, Bowen

PY - 2025/7

Y1 - 2025/7

N2 - this study develops an evolutionary game model involving government regulators, construction enterprises, and recycling enterprises. By integrating replicator dynamics with MATLAB-based simulations, the study explores the impact of phased subsidies, penalties, and cost structures on the evolution of cooperative strategies. The results suggest that a stable cooperative equilibrium can be achieved when appropriate incentives and penalties are applied, and a three-phase policy strategy is proposed to guide the transition from low cooperation to a mature, circular waste management system.

AB - this study develops an evolutionary game model involving government regulators, construction enterprises, and recycling enterprises. By integrating replicator dynamics with MATLAB-based simulations, the study explores the impact of phased subsidies, penalties, and cost structures on the evolution of cooperative strategies. The results suggest that a stable cooperative equilibrium can be achieved when appropriate incentives and penalties are applied, and a three-phase policy strategy is proposed to guide the transition from low cooperation to a mature, circular waste management system.

M3 - Paper

ER -