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为了深入研究工程系统演化特性,本文采用系统科学的研究思路,在分析工程系统的结构、边界、环境构成的基础上,探讨了不同工程系统的不可逆性、非均匀性、非线性等特性;分析了推动工程系统结构演化的内动力、外动力或内、外动力联合或耦合动力;阐明了工程系统不同演化阶段的不同演化机理及工程系统演化趋向、不同演化阶段的本构与响应关系,描述了工程系统的演化过程与标度。
In order to further study the evolution characteristics of engineering systems, this paper uses the research ideas of system science to analyze the structural, boundary and environmental components of engineering systems, and discusses the irreversibilities, inhomogeneities and nonlinearities of different engineering systems. In order to promote the structural dynamic evolution of the internal and external systems or internal or external dynamic coupling or coupling power; clarify the different evolution stages of engineering systems and evolution of engineering systems trends, constitutive and response in different stages of evolution, the description The evolution and scale of engineering system.