Li Mingze, Zhuang Xiaoli, Liu Wenxing, Zhang Pengcheng
School of Management, Wuhan University of TechnologyWuhan, China.
School of Economics and Management, China University of GeosciencesWuhan, China.
Front Psychol. 2017 Sep 25;8:1484. doi: 10.3389/fpsyg.2017.01484. eCollection 2017.
This study aims to explore the influence of co-author network on team knowledge creation. Integrating the two traditional perspectives of network relationship and network structure, we examine the direct and interactive effects of tie stability and structural holes on team knowledge creation. Tracking scientific articles published by 111 scholars in the research field of human resource management from the top 8 American universities, we analyze scholars' scientific co-author networks. The result indicates that tie stability changes the teams' information processing modes and, when graphed, results in an inverted U-shape relationship between tie stability and team knowledge creation. Moreover, structural holes in co-author network are proved to be harmful to team knowledge sharing and diffusion, thereby impeding team knowledge creation. Also, tie stability and structural hole interactively influence team knowledge creation. When the number of structural hole is low in the co-author network, the graphical representation of the relationship between tie stability and team knowledge creation tends to be a more distinct U-shape.
本研究旨在探讨共同作者网络对团队知识创造的影响。整合网络关系和网络结构这两种传统视角,我们考察了关系稳定性和结构洞对团队知识创造的直接和交互效应。通过追踪美国排名前8的大学中111位学者在人力资源管理研究领域发表的科学文章,我们分析了学者们的科学共同作者网络。结果表明,关系稳定性改变了团队的信息处理模式,并且在绘制图表时,关系稳定性与团队知识创造之间呈现出倒U形关系。此外,共同作者网络中的结构洞被证明对团队知识共享和传播有害,从而阻碍了团队知识创造。而且,关系稳定性和结构洞对团队知识创造具有交互影响。当共同作者网络中的结构洞数量较少时,关系稳定性与团队知识创造之间关系的图形表示往往更明显地呈U形。