弹性控制 meaning in Chinese
elastic control
flexible control
Examples
- During the last years , many investigators have researched the two problems and presented many significant results . however , there exist many important problems to be solved , such as the problems of resilient control for 2 - d systems ; filtering for interconnected systems , the problem of designing robust controllers and filters for singular systems and nonlinear systems
在过去的几十年里，许多学者对此问题做了研究，给出了大量有意义的结果，但是仍有很多问题没有解决，如2 - d系统的弹性控制问题，关联时滞系统的滤波问题，广义不确定系统的鲁棒控制器与滤波器的设计问题，以及非线性系统的滤波问题。 - This essay is to begin with the application of a control method , which is the combination of flexible control and conventional control ; then bring forward the concept of level classification and elicit three levels of " district " , " block " and " lot " . furthermore , it constructs the relationship between the development projects and the three levels ; formats corresponding control principles aiming at fulfill the function of controlling urban design due to different level attributes
论文首先提出了硬性控制和弹性控制结合的控制方法，然后提出城市地块区级分类的概念，引出“区块” 、 “街区” 、和“开发单元”三个层级，并建立开发项目与三个层级的对应关系，针对其不同的层级属性建立相应的控制法则，以真正履行管束性城市设计的职能。 - The first chapter is to explain the meaning of " flexible control " and " conventional control " ; introduce all the factors involved . the second chapter is to bring forward the concept of level classification that is to describe a project with three related levels " district " , " block " and " lot "
第一章介绍了弹性控制和硬性控制的含义以及牵涉的各项要素；第二章提出了层级分类的概念，即用“区块” 、 “街区”和“开发单元”三个层级来描述一个开发项目；并提出了分区块进行控制的观点。 - Based on the theory of thin - walled curved bar , reasonable hypothesized a third - ord parabolic curve , the paper adoptes variational method on energy , taking the coupled relationship of the effect of curvature radius , bend , torsion and shear - lag into consideration , establishes the elastic governing differential equation and boundary conditions for thin - walled curved box girders , which set the foundation of theoretical analysis of shear - lag effect in thin - walled curved box girders
摘要文章以薄壁曲杆理论为基础，合理地假设了三个剪力滞翘曲位移函数，应用能量变分法推导出考虑曲率半径影响、弯、扭、剪力滞耦合的曲线箱梁弹性控制微分方程及其边界条件，为薄壁大曲率箱梁剪滞效应建立了理论分析基础。