| 1. | On changzhou school ' s foundation of orthodox ideas of ci
论常州词派的词统建构 |
| 2. | On zhexi school ' s foundation of orthodox ideas of ci
论浙西词派的词统建构 |
| 3. | Practices of management by objectives of estate enterprises taking wuhan tongjian urban exploitation ltd as an example
以武汉统建城市开发有限责任公司为例 |
| 4. | A multi - agent framework of enterprise supply chain systems is presented , and a domain specific ontology with specific grammar and vocabulary is used to represent the underlying system
在此基础上，采用多智能自主体系统建立了企业供应链系统的框架，并给出了一个通用的本体论原型用于定义企业供应链中的各类实体和关系。 |
| 5. | The cause of erroneous results are explained through analysis of a thin elastic plate in large overall motions and the coupling modeling method of flexible multibody systems is discussed in this paper
本文将通过对作大范围运动弹性薄板的讨论来揭示产生这种错误的原因及探讨对传统柔性多体系统建模理论作出改进的对策。 |
| 6. | Abstract : the coupling between deformation of flexible body and the inertia forces caused by large overall motion is handled so simple that the complate erroneous results will be produced in dealing with the problems of high speed large overall motions by using traditional theory of flexible multibody systems
文摘:传统的柔性多体系统建模理论由于对柔性体的变形及其与大范围运动产生惯性力之间的耦合处理得过于简单，所以在分析存在高速大范围运动柔性多体系统的动力学性态时会得到完全错误的结论。 |
| 7. | Factually , because the deformation of most of the elastic parts are very little , the linear finite element theory is often used to establish dynamic model in the classical multibody system theory , and coupling of space movement in large scale and elastic deformation of parts is ignored . the dynamic stiffening is exactly caused by such coupling
大部分实际多体系统中部件的变形很小，以往传统的多体系统建模理论一般采用线性有限元理论建立弹性部件的力学模型，从而忽略了部件大范围的空间运动与其弹性变形之间发生的耦合作用，动力刚化现象正是由这种耦合作用引起的。 |
