Through beam structure finite unit dynamic analysis and experiment of RC model beam, we build the relationship between beam bridge attached load vibration characteristics and damaged model.
利用杆件结构有限元动力分析计算，并通过模型梁试验，建立起简支梁在附加荷载作用下振动特性与破损模态之间的关系。
For super capacitor of physical characteristics, there are three model of the Electric Double Layer capacitor that series RC model, nonlinear RC network model and the linear RC network model.
针对超级电容器的物理特性，提出了双电层电容器的三种等效模型，即串联rc模型，非线性RC网络模型和线性RC网络模型。
The scattering parameter expression of two port properties of impedance Z (in series connection) and admittance Y (in parallel connection) are discussed and their active RC model is presented.
讨论了用散射参数表达的串联阻抗Z和并联导纳Y的二端口特性，给出了它们的有源RC电路模型。
The formula for the parameter relative phase difference of the pseudo-random tripe-frequency IP method is draw through calculation and analysis of a established RC model, and a proof is given.
通过对建立的RC模型计算分析，引出了伪随机三频激电法的参数相对相位差的计算公式，并加以论证。
Besides, in connection with determining the theoretical model for complete analysis of RC frames, the development of the bond slip of anchored bars in process of loading was also studied.
此外，为确定钢筋混凝土框架全过程分析的计算模型提供依据，还对锚固钢筋粘结滑移在加载过程中的增长规律进行了研究。
The maximum frequency of RC-bridge oscillator is 16.67% of gain bandwidth product of amplifier analyzed based on a first-order single time constant lowpass function model.
运用一阶单时间常数低通函数模拟运算放大器的开环增益，对RC桥式振荡电路进行线性分析，得出最大振荡频率为运算放大器增益带宽积的16.67%。
It is an important research issue to establish a high level architecture model for design space exploration of rc (ReconfigurableComputing).
建立可重构计算的高层次结构模型是可重构计算设计空间搜索的一项研究内容。
The linear RC network model can approximately reflect the physical characteristics and the internal redistribution of charge characteristics of super capacitors.
其中，线性RC网络模型能近似地反映出超级电容器的物理特性，并可以反映出超级电容器的内部电荷的重新分配特性。
Based on the application study of ANSYS in the optimization design of RC structure t beam, the building method of 3d parametric entity model to RC structure t beam is given.
通过对ANSYS在钢筋混凝土T形梁优化设计中的应用研究，给出了建立钢筋混凝土结构T形梁参数化三维实体模型的方法。
In this method, an inter floor shear model is adopted for the whole RC structure; and a quadrilinear recovery force model, for the RC inter floor columns.
该方法中钢筋混凝土框架整体结构采用层间剪切模型，柱采用四线性恢复力模型。
For an inaccurate mathematical model of inverter, a new and effective RC design method, i. e. the limited cancellation method is proposed.
针对不精确的模型，本文提出了基于部分对消思想的重复控制器设计法。
This paper reports part of the experimental investigations of the 1/20 scale model of 23-storey Steel-RC mixed structure model, in which the dynamic characteristics were experimentally studied.
本文是钢-混凝土混合结构模型试验研究的一部分。 本文对一个23层钢-混凝土混合结构1／20模型的动力特性进行了试验研究。
Futhermore, using this estimation model, the influence of strong motion duration on accumulated seismic destruction to RC structures is studied in this paper.
在此基础上，文中还研究了强震持时对钢筋混凝土结构累积破坏的影响。
By establishing stochastic model for connecting resource estimation, an approach to estimate the number of connecting resource for rc is presented.
通过建立互连资源估计的随机模型，提出了可重构计算芯片中各种互连资源数目的估计方法。
Through the way of model beam, the paper addresses the relationship between RC beam bridge attached load vibration characteristic and damaged modal.
为探明不同附加荷载下混凝土梁的频率变化规律，建立起钢筋混凝土简支梁在附加荷载作用下振动特性与破损模态之间的关系。
Taking the fuzzy mathematics theory and the analytic hierarchy process as foundations, a fuzzy synthesis evaluation model for the durability of RC structure has been established.
通过对一北方暴露于自然环境下的单层双跨混凝土框架结构进行耐久性综合评估，验证了该方法的有效性。
The shear span ratio can affect the failure mode of RC beams strengthened with GFRP sheets. A theoretical model for flexural behavior of the strengthened RC beam is also developed.
剪跨比对加固梁的破坏形态有影响。根据不同的破坏模式，提出了抗弯承载力计算方法。
Abstract :The local FRP-to-concrete bond-slip model is the fundamental relation to analyse the behaviour of FRP-strengthened RC structures.
摘 要 ：FRP-混凝土界面的粘结滑移关系是FRP加固混凝土结构受力分析的基础。
It is investigated the Model RC-99A electronic jacquard label loom, tested its main motions, and analyzed the working principle of every motion.
对RC- 99A型巨力电子提花商标织机进行了探讨，对主要机构进行了测试，并分析了各机构的工作原理。
It is investigated the Model RC-99A electronic jacquard label loom, tested its main motions, and analyzed the working principle of every motion.
对RC- 99A型巨力电子提花商标织机进行了探讨，对主要机构进行了测试，并分析了各机构的工作原理。
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