Model and Simulation of Benefit Distribution of Collaborative Cooperation in the Supply Chain of General Contracting Projects

Wang, Dan; Gao, Wenwen

doi:10.3390/buildings13071788

Cited by 4 publications

(3 citation statements)

References 28 publications

(34 reference statements)

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“…The most significant characteristic and superiority of the general contracting model lie in the leading role of design. Due to the needs of engineering construction project management and national policy implementation, as well as the current inability of Chinese construction enterprises to establish enterprises with general contracting capabilities in a short period of time, construction engineering general contracting project consortia have become a trend [39]. In recent years, with the vigorous development and promotion of the application of BIM by the country, the design process under the general contracting model has gradually been optimized.…”

Section: Plan the Design Management Retrofit Processmentioning

confidence: 99%

Research on Optimization of Project Design Management Process Based on BIM

Jiao,

Cao

2023

Buildings

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With the rapid advancement of the informatization process of China’s construction industry, the requirements for the integration of engineering design and construction are getting higher and higher. The quality of engineering design and the level of design management directly affect the quality of construction. The emergence of the EPC (Engineering, Procurement, and Construction) model overcomes the shortcomings of the traditional contracting model, but it is still not ideal in terms of work integration and information transmission. BIM (building information modeling) is a collaborative process of creating, managing and exchanging information throughout the construction project. BIM has revolutionized the construction, engineering and construction (AEC) industry. This paper examines the problems related to current project design management in China and their causes. On the basis of summarizing the existing research on design management, it introduces a form of BIM integrating design BIM and construction BIM, so as to better depict the leading role of design in the construction process. By analyzing the changes in organizational management and communication methods brought about by BIM, this paper optimizes and innovates upon the traditional project design process in view of the problems in project practice. It advances BIM design work, increases detailed BIM design work and enables the downstream participants to intervene in the design stage, so as to develop a more smooth and efficient design workflow, which provides operable work detail guidance for BIM-based design management in the future.

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Section: Plan the Design Management Retrofit Processmentioning

confidence: 99%

Research on Optimization of Project Design Management Process Based on BIM

Jiao,

Cao

2023

Buildings

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“…Therefore, there are three subjects in the main game of the game model of this study, respectively, the government (G), the construction unit (P), and prefabricated component manufacturers (F). The three parties in the game process achieve finite rationality through the application of several games to determine their benefit maximization strategy [34].…”

Section: Game Model Assumptionsmentioning

confidence: 99%

Evolution Game Analysis of Supply Chain Synergy Benefits of Prefabricated Building Projects

Liu,

Han

2023

Applied Sciences

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Aiming at the current situation of insufficient research on the synergistic benefits of the prefabricated building supply chain, this study utilizes the evolutionary game theory to construct an evolutionary game model among the three participating subjects of “government–construction unit–prefabricated component manufacturer”. Our study uses dynamic replication equations to derive the equilibrium point of the game, draw the evolutionary path of the prefabricated building, and analyze the strategic behaviors of each subject’s game evolution law. Providing lessons for the strategy selection of each subject while improving the level of assembly, building supply chain synergy is taken as the main goal of this study. The results of the study show that in the initial stage of assembly building supply chain collaboration, the government’s guidance and support can rapidly increase the willingness of all parties to collaborate; the reasonable distribution of the benefits of collaborative incentives is a prerequisite for the sustainable and stable development of the supply chain collaboration, and the construction unit, as the core body of the supply chain, should be given more attention in this link. The participants in the supply chain can effectively improve the level of supply chain synergy and decision-making efficiency by applying the model in this study.

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“…Among them, there is a focus on the selection of evolutionary games and the improved Shapley value [22]. Utilizing the Cobb-Douglas function, Wang [23] constructed a profit-sharing model between general contractors and subcontractors in construction projects, analyzing the issue of profit sharing for both one-time and multiple collaborations between the parties under the decision-making frameworks of self-interest and collectivism. Huang et al [24] established a Stackelberg game model of dynamic alliance under government regulation, analyzing the optimal alliance strategy of enterprises, and combined the Shapley value method to coordinate the sharing of optimal alliance profits.…”

Section: Introductionmentioning

confidence: 99%

Research on Profit-Sharing Mechanism of IPD Projects Considering Multidimensional Fairness Preferences and BIM

Wang,

Tao,

et al. 2023

Systems

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The integration of building information modeling (BIM) and the integrated project delivery (IPD) mode effectively promotes collaboration among project members and enhances project profitability. However, the issue of profit sharing significantly impacts the successful implementation of IPD projects. To enhance the profit-sharing mechanism of IPD projects and ensure their smooth implementation, a game analysis model of profit sharing in IPD projects was established based on the Stackelberg game theory, taking into account the multidimensional fair preferences of the participants and the application of BIM technology. Through simulation, the impact of various parameters of participants on output utility, total revenue, and sharing coefficient in IPD projects was analyzed. The results show that: (1) participants achieve their highest output utility and total revenue under vertical–horizontal fairness preferences; (2) under vertical fairness preferences, the profit sharing coefficient is the highest, while the output utility and total revenue are the lowest; (3) although the output utility and total revenue of participants under horizontal fairness preferences exceed those under neutral fairness preferences, the profit-sharing coefficient is lower; (4) the output utility, the total revenue, and the profit-sharing coefficient of the participants all increase with the increase in effort utility value and decrease with the increase in the effort cost coefficient and the risk avoidance coefficient. The research findings provide valuable theoretical support for the profit sharing of IPD projects, thereby further promoting the advancement and implementation of the IPD model.

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Model and Simulation of Benefit Distribution of Collaborative Cooperation in the Supply Chain of General Contracting Projects

Cited by 4 publications

References 28 publications

Research on Optimization of Project Design Management Process Based on BIM

Research on Optimization of Project Design Management Process Based on BIM

Evolution Game Analysis of Supply Chain Synergy Benefits of Prefabricated Building Projects

Research on Profit-Sharing Mechanism of IPD Projects Considering Multidimensional Fairness Preferences and BIM

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