Papers by Author: Yue Wang

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Authors: Yue Wang, Xiao Fei Tang
Abstract: The purpose of this article is to explore the effect of the perceived goal interdependence between distributors with suppliers on e-commerce channel relationships. With the help of interdependence theory, the conceptual model of goal interdependence and distributor interests was developed. Cooperative goals, competitive goals and independent goals were used to explain the outcome variable, economic satisfaction and occupational well-being. The moderating effects of three variables were considered: commitment, trust and specific investments. The hypotheses were tested through a sample survey among more than 1,000 computer distributors in Chengdu, China. Results indicate that distributor cooperative goals positively influence distributor commitment, trust and specific investments, sequentially increases distributor economic satisfaction and occupational well-being. Results are interpreted that distributor cooperative goals is an important contributors for developing successful e-commerce channel relationships.
Authors: Xiao Fei Tang, Yue Wang, Jie Zheng
Abstract: In e-commerce conditions, the relationships between channel members are more complex, including competition, cooperation and independent. With the help of Deutsch’s goal interdependence theory, we studied the perceived goal interdependence between distributors with suppliers, which will lead to the different channel benefits and results. This study improved that the distributors would put in more commitment and trust, to gain more economic benefits and occupational well-being, if they believed their goals were positively associates with the supplier’s objectives.
Authors: Rui Zhang, Cheng Jian Sun, Yue Wang
Abstract: CFD simulation and PIV test technology provide effective solution for revealing the complex flow of hydrodynamic coupling’s internal flow field. Some articles reported that the combination of CFD simulation and PIV test can be used for analyzing the internal flow field of coupling, and such analysis focuses on one-phase flow. However, most internal flow field of coupling are gas-fluid two-phase flow under the real operation conditions. In order to reflect the gas-fluid two-phase flow of coupling objectively, CFD three-dimensional numerical simulation is conducted under two typical operation conditions. In addition, modern two-dimensional PIV technology is used to test the two-phase flow. This method of combining experiments and simulation presents the characteristics of the flow field when charging ratios are different.
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