elastic mechanism造句
例句与造句
- the optimal designing method of cross elastic mechanism under special conditions was presented
给出了特殊条件下十字弹性机构的优化设计方法。 - the theoretical and experimental study shows that the dynamic balancing of elastic mechanisms can be well obtained by redundant drives
从理论分析和实验结果可以看出，用附加冗余驱动的办法，可以有效地实现弹性机构的动力平衡。 - the effects on the chaotic response of the elastic mechanism are studied respectively by introducing bifurcation diagrams and lyapunov exponents in three main parameters
同时，就连杆参数(连杆长度、横截面半径)与曲柄转速的变化对弹性机构进行了混沌动力学分析。 - the precision property of cross elastic mechanism in its functional direction and nonfunctional direction under loading condition and the influence upon precision property affected by structural parameters were analyzed
摘要分析了在加载条件下十字弹性机构功能方向和非功能方向的精度性能，以及结构参数对精度性能的影响。 - the dynamic balancing of elastic mechanisms is investigated by redundant drives through experiment for the first time in present study . some achievement has been made in the dissertation
本文在弹性机构动力平衡的实验研究方面进行了有益的尝试，采用附加冗余驱动的办法，首次对弹性连杆机构的动力平衡进行了实验研究，取得了一定的成果。 - It's difficult to find elastic mechanism in a sentence. 用elastic mechanism造句挺难的
- two experiments on the dynamic balancing of elastic mechanisms have been done, in which the 34hs300d and 34hs300c stepping motors are taken as redundant drives, respectively . the experimental results consist with the relevant numerical simulation
然后分别以34hs300d和34hs300c步进电机为冗余驱动器，进行了实验研究和相应的理论分析，实验结果与理论分析吻合得较好。 - the dynamic balancing of elastic mechanisms is an advanced topic in the study of mechanisms . in this area, most of works are limited in theoretical research and numerical simulation . however, the experimental study has been paid less attention
弹性机构的动力平衡问题是机构动力学研究领域的前沿课题，到目前为止，国内外在该领域的研究中，绝大多数局限于理论分析和数值仿真，很少涉及到实验研究。 - in the second part, in order to farther study the dynamic balancing of elastic mechanisms by redundant drive, an experiment is presented . firstly, the scheme of experiment has been designed, the mechanical equipments and control instruments of redundant drives have been set up too
本文的后半部分，用实验方法，对弹性机构动力平衡问题作进一步的研究，为此，设计了相应的实验方案、机械装置及冗余驱动控制装置。 - finally, some ways and means about optimization of the elastic mechanism design, the characteristic optimization of the elastic mechanism design, are raised in this paper according to these results and conclusion got from analyzing the behavior of chaotic dynamics of the elastic mechanism
三、弹性机构最优设计。依据对弹性机构混沌动力学行为特性分析所得到的结论，提出了本人对弹性机构优化设计方面的一些思路和方法，即弹性机构特性最优设计方法。 - finally, some ways and means about optimization of the elastic mechanism design, the characteristic optimization of the elastic mechanism design, are raised in this paper according to these results and conclusion got from analyzing the behavior of chaotic dynamics of the elastic mechanism
三、弹性机构最优设计。依据对弹性机构混沌动力学行为特性分析所得到的结论，提出了本人对弹性机构优化设计方面的一些思路和方法，即弹性机构特性最优设计方法。 - finally, some ways and means about optimization of the elastic mechanism design, the characteristic optimization of the elastic mechanism design, are raised in this paper according to these results and conclusion got from analyzing the behavior of chaotic dynamics of the elastic mechanism
三、弹性机构最优设计。依据对弹性机构混沌动力学行为特性分析所得到的结论，提出了本人对弹性机构优化设计方面的一些思路和方法，即弹性机构特性最优设计方法。 - the main research works and conclusions of this thesis are listed as follows . the dynamic analysis model of elastic mechanism system with damping alloy parts is deduced based on the relationship between stress and strain of the material, also the analysis model under viscous damping model, complex damping model, nonlinear damping model and viscous-elastic damping model is put forward using the finite element method
本文的主要研究工作及结论如下：从材料应力应变本构关系出发，导出了滞变阻尼模型、复阻尼模型、非线性阻尼模型、粘弹性阻尼模型下的有限单元分析模型，进而给出了含阻尼合金构件弹性连杆机构系统动力学模型。 - how to reduce vibrations of the mechanism systems simply and reliably and how to improve precision and fatigue life time of the machine are important in theory and practice of mechanical engineering, so dynamic models and analysis methods of elastic mechanism systems considering damping effects are necessary
如何简单可靠地消除和抑制机械系统的有害振动，提高其精度和寿命是机械科学领域一个重要的理论和实践问题，因此考虑阻尼的弹性连杆机构建模理论与分析方法是目前一个需要迫切研究的领域。