LRB? Load Request Block?
装载请求块
Study on Critical Gap Length of Seismic Pounding for LRB Isolated Bridges
地震作用下LRB隔震桥梁碰撞临界间隙分析
The principle of bridge vibration reduction design, operation mechanism, mechanical characteristics and parameters calculation of LRB (Lead-Rubber-Bearing) are introduced in this paper.
本文介绍了桥梁减震设计的基本原理和铅销橡胶支座的构造、工作原理、力学特性和参数计算；
This paper studies the dynamic responses of a base-isolated multi-storey building with laminated rubber bearings, in which the structure has been idealized as a shear-type multimass system.
本文着重讨论具有叠层橡胶支座（LRB）基础隔震系统的多层建筑的动力响应。
The roof isolation consists of the slab and the laminated rubber bearings (LRB) that support it.
屋顶隔震包括板和叠层橡胶支座（LRB）。
Ligand-receptor binding (LRB) is the initial step of signal transduction in cells.
配体-受体结合（ligand-receptorbinding，LRB）是细胞信号转导的初始步骤。
Non-iterative computational method for the nonlinear time-history response of base-isolated structures equipped with lead-rubber hearings (LRB) was presented.
提出了一种求解使用铅芯橡胶支座（LRB）的基础隔震结构非线性动力响应的非迭代时程计算方法。
Numerical simulation is carried out to study the aseismic effect of lead rubber bearing for large scaled aqueduct.
采用数值模拟方法探讨了大型渡槽采用铅销橡胶支座（LeadRubberBearing，简称LRB）的减震效果及减震机理。
This paper mainly discusses the shock controlling measures for high rise architectural structures with water tanks added to their tops and also analyses the shock controlling effects and mechanism of the lead rubber non linear shock controlling bearing (LRB) set up between water tanks and main structures.
着重探讨了在顶部设置水箱的高层框架结构的控震措施，分析了在水箱和主结构间设置铅芯橡胶非线性控震支座的控震效果和控震机理。
The initial yielding force of lead-rubber bearings has an important influence on isolation effectiveness.
LRB的初始屈服力对隔震效果影响较大。
Lead-rubber bearing (LRB) has excellences such as simple structure, easily machining and installing, convenience and economy, which has excellent effect of seismic isolation on the high-speed railway bridge.
铅芯橡胶支座构造简单、加工安装容易，方便经济，对高速铁路桥梁具有良好的减隔震效果。
Three kinds of such hybrid schemes of MRD and LRB were thus proposed with dynamic analysis set up. A kinetic differential equation was derived and a dynamic time history analysis was made.
因此提出3种MRD与LRB隔震混合方案，建立了MRD与LRB隔震混合结构的动力分析模型，推导出运动微分方程，对其进行时程反应分析。
With regard to the transverse direction analysis, considering the two-way-coupling model of LRB, the bridge transverse seismic response was obtained, and the influence on seismic-reduction rate of LRB design factors was analyzed. 3.
对于横桥向减隔震分析，采用考虑双向耦合的铅芯支座模型，得到横桥向地震作用下桥梁的动力响应规律，并对铅芯橡胶支座设计参数对减震率的影响进行了探讨分析。
Study on setting of initial shear stiffness of LRB in seismic-isolation design The Seismic Response of LRB Isolation Bridges under Transverse Earthquake
隔震设计中铅芯橡胶支座（LRB）屈服前刚度取值的研究铅芯橡胶支座隔震桥梁横向地震反应分析
Standardization of lead rubber bearing (LRB) for highway bridge
公路桥梁铅销橡胶支座的标准化
The Lead-Rubber-Bearing (LRB) is a type of isolation device in its entirety.
铅销橡胶支座是整体型减隔震装置的一种。
Using the response spectrum and the time-history methods, the seismic reduction effectiveness of LRB is studied.
利用反应谱和非线性动力时程分析方法，研究了铅销橡胶支座在钢管混凝土梁拱组合桥中的减隔震效果。
An Analytical Method for Earthquake Response of Girder Isolated Bridges with LRB Considering SSI
考虑土-结构相互作用的LRB隔震梁桥体系地震反应分析法
The realization of the LRB standard will accelerate the speed of being put into the construction of lrb.
标准化的实现可加速铅销橡胶减震支座投入工程实践的速度。
Hybrid Control of MRD and LRB for Structural Vibration
MRD与LRB相混合的结构振动控制