文档介绍：装饰工程风险管理论文
of rural drinking water sources, protection of drinking water sources in rural areas by the end of t，引起了欧美各国的普遍重视。此后，对风险管理的研究逐步趋向系统化、专门化，使风险管理逐步成为一门独立的专门的学科。
1987年，美国学者Cooper和Chapmen按照风险的特性将风险分为技术风险与非技术风险。1993年美国学者
of rural drinking water sources, protection of drinking water sources in rural areas by the end of the delimitation of the scope of protection, complete with warning signs, isolating network protection facilities
of rural drinking water sources, protection of drinking water sources in rural areas by the end of the delimitation of the scope of protection, complete with warning signs, isolating network protection facilities
of rural drinking water sources, protection of drinking water sources in rural areas by the end of the delimitation of the scope of protection, complete with warning signs, isolating network protection facilities
Tahetal应用风险分解结构原理对风险进行了相应的研究。1999年Tah和Carr在HRBS方法的根底上开展的风险评估方法主要用于风险的定性分析。2000年Zdoganmeal为了有效进行工程的风险管理，将工程的风险分为国家风险、政府风险和工程风险三大类，并形成决策筹划程序，大大提高了工程的风险管理水平。
在西方工业兴旺国家，工程管理的应用范围已从最初的国防、航天和建筑部门，广泛普及到了医药、化工、矿山等部门。随着对风险管理的重视，在西方兴旺国家，各企业都相继建立了风险管理机构，专门负责风险分析和研究等方面的工作。美国还成立了全美范围的风险研究所和美国风险管理协会等专门研究工商企业风险管理的学术团体。风险管理协会的建立和风险管理教育的普及，说明风险管理已渗透到社会的各个领域。
1983年，在美国风险与保险管理协会年会上，云集纽约的各国专家学者，讨论并通过了“101条风险管理准那么〞作为各国风险管理的一般原那么，这标志着风险管理已到达了一个新的水平。
of rural drinking water sources, protection of drinking water sources in rural areas by the end of the delimitation of the scope of protection, complete with warning signs, isolating network protection facilities
of rural drinking water sources, protection of drinking water sources in rural areas by the end of the delimitation of the scope of protection, complete with warning signs, isolating network protection facilities
of rural drinking water sources, protection of drinking water sources in rural areas by the end of the delimitation of the scope of protection, complete with warning signs, isolating network protection facilities
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