不可能
明示信任
情感(语言学)
信任管理(信息系统)
计算信任
点(几何)
社会信任
业务
知识管理
计算机科学
公共关系
社会学
政治学
社会资本
数学
计算机安全
声誉
法学
社会科学
几何学
沟通
作者
Wei Kei Wong,Sai On Cheung,Tak Wing Yiu,Hoi Yan Pang
标识
DOI:10.1016/j.ijproman.2007.11.004
摘要
How trust establishes and sustains relationship has been widely studied in the fields of social science, economics, business and management. It has been suggested that trust helps to reinforce individuals’ affirmative willingness, confidence, expectation, belief, behavior and to overcome risk/uncertainty. However, trust building has been considered as impossibility due to the divergent interests of the contracting parties. As such, implementing trust in construction contracting has gained limited progress. This study aims to first conceptualize trust in construction by categorizing trust types according to their development bases. Based on a review on previous studies on trust, three major types of trust are identified; system-based, cognition-based and affect-based. To enhance trust-building, these trust conceptions were further reduced to trusting behaviors. In this respect, a trust framework in construction contracting was developed and tested empirically by the technique of structural equation modeling. The correlations of these three forms of trust in construction contracting are significant and close, with the coefficients of 0.99, 0.97 and 0.94 for cognition-based, system-based and affect-based, respectively. These support the statistical fit of the proposed trust framework in construction contracting. The empirical results suggested that all three forms are of almost equal importance in trust building. This reinforces the conventional wise down that trust building is easy to say than do. The three facets of trust co-exist and in factual are mutually dependent. A system is only as good as its weakest point, hence a trust building project manager must be able to install robust system, care for the stakeholders and team members. The trust framework thus enhances our outstanding how trust building can be practiced in construction contracting.
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