土木工程与管理学报2017，Vol.34Issue(6)：1-9,16,10.
基于国际工程项目全生命周期的风险管理
Risk Management of International Construction Projects During the Project Life Cycle
摘要
Abstract
The number of international construction projects assumed by Chinese construction companies has increased dramatically with the implementation of the Belt and Road strategy. Due to a variety of risks in the process of international construction projects, risk management is becoming a matter of paramount importance to ensure the completion of projects successfully. In order to reduce the adverse effects of risk to the international construction projects and improve the validity of risk management, this paper provided guidelines for the selection of risk management techniques based on the life cycle and special characteristics of international construction projects and the risk management process. Using risk breakdown structure to identify the critical risk factors of projects and applying fuzzy analytical hierarchy process to risk assessment were mainly discussed. At the same time, a risk management dynamic model based on the life cycle of international construction projects was established. In the case study, all critical risk factors were identified in Ankara-Istanbul high-speed railway project in Turkey from the project life cycle perspective by means of proposed risk management dynamic model, so that the project risk level was evaluated according to the risk assessment index system. As a result, this case study verified the feasibility of the risk management model in practical work. The research findings of this paper will provide useful suggestions to local construction companies when they complete international construction projects and refine risk management system in the future.关键词
国际工程项目/项目全生命周期/风险管理/风险分解结构法/模糊层次分析法Key words
international construction projects/project life cycle/risk management/risk breakdown structure/fuzzy analytical hierarchy process分类
管理科学引用本文复制引用
刘强,管理..基于国际工程项目全生命周期的风险管理[J].土木工程与管理学报,2017,34(6):1-9,16,10.基金项目
国家科技支撑计划项目(2013BAK05B04) （2013BAK05B04）
国家自然科学基金(41072176 （）
41371496) （）
