梁系,Girder system
1)Girder system梁系
1.Solution to free vibration of Euler beam and girder system with Element-Free Galerkin method无单元法求解欧拉梁及梁系的自由振动问题
英文短句/例句

1.Solution to free vibration of Euler beam and girder system with Element-Free Galerkin method无单元法求解欧拉梁及梁系的自由振动问题
2.Three-dimensional Coupling Vibration of Wind-vehicle-bridge System;风—汽车—桥梁系统空间耦合振动研究
3.The Research on the Relations Between Liang Qichao and Yuan Shikai-With Liang Qichao as the Reviewing Center论梁袁关系——以梁启超为中心的考察
4.The Relations of Liang Wudi to Scholars and Literature in the Earlier Period of the Liang Dynasty;梁武帝与文人及梁代前期文学之关系
5.long span cable-supported bridge长跨距悬吊体系桥梁
6.On Bailey Beam Support System Used in the Construction of Self-anchor Suspension Bridge用贝雷梁支架系统进行自锚式悬索桥主梁施工
7.0.618 method calculation on absolute maximum deflection on primary beam within bridge system composed of longitudinal and transverse beams纵横梁桥面系统主梁绝对最大挠度的0.618算法
8.Study on Design Theories of Combinatorial Bridges with Beam and Leaning Arch;斜靠式梁拱组合体系桥梁设计理论研究
9.The Relation between "Si Xiao" of Liang Dynasty and Scholars and Effect of It to the Literature of Liang Dynasty;梁代“四萧”与文人关系及对梁朝文学之影响
10.Influence of Tie Beam of Pier to Seismic Performance of Bridges in High Earthquake Intensity Regions高烈度区桥墩系梁对桥梁抗震性能的影响
11.Damage Mode and Mechanism Research for Concrete Beam Bridges混凝土梁式体系桥梁损伤形态与机理分析
12.Overall Design Analysis of Steel Trussed Arch Bridge钢桁架拱梁组合体系桥梁的总体设计研究
13.A Research of Live-load Distribution Coefficient for T-type Flitch Beam BridgeT形梁的组合板—梁桥荷载横向分布系数研究
14.Structure quality inspection and evaluation standards for arch-beam composite system bridge拱梁组合结构体系桥梁质量检验评定标准研究
15.Mechanics Analysis of the Rail Fastening of Bi-block Ballastless Track on the Bridge Terminal双块式无砟轨道桥梁梁端扣件系统力学分析
16.rod or beam holding parts of a structure together(连接结构物各部的)系杆,系梁.
17.The Research on the Calculate Rigidity of Frame Beam and the Research on Amplitude Regulation Coefficient of Bending Moment Within Beam End;框架梁计算刚度放大系数与梁端弯矩调幅系数的研究
18.Railway bridge span seriesGB/T904-1994铁路桥梁跨度系列
相关短句/例句

connection beam系梁
1.Based on the practice of Heping new bridge in Hengshui city, the calculation method of connection beam of steel pipe concrete arc bridge is introduced.结合衡水市和平新桥工程实际介绍了系梁预应力张拉涉及到的有关计算的计算方法。
3)tie beam系梁
1.In the light of the complexity of local stressing conditions at tie beams of the double-shaft, thin-wall piers of the Bridge, the ANSYS software is used to establish a spatial finite element model, and to calculate and analyze the local stress distribution at the parts of the piers close to the tie beams and at the beams.针对该桥双肢薄壁墩系梁局部受力复杂的情况,运用ANSYS软件对其建立空间实体有限元模型,分析了系梁处桥墩及系梁的局部应力分布特点,为同类型结构日后的设计和施工提供参考。
4)collar beam系梁
1.This article discussed the common problems and treatment method in building frame structure design through the author s years of experience,such as the setting of foundation collar beam,treatment of the weak layer in frame structure and eccentricity of the frame beam and column.本文结合笔者多年建筑结构设计实践,从基础系梁的设置、框架结构薄弱层的处理、框架梁柱偏心问题等多个方面详细探讨了框架房屋结构设计中常见的问题及处理方法,供同行参考。
5)beam grillage梁格系
1.Based on a special shaped single pylon cable-stayed bridge on the foundation of group piles, the program for FEM calculation is adopted for dispersion of the beam grillage system at the footing and for structural analysis and calculation of the group pile foundation.以某异形独塔斜拉桥的群桩基础为背景,采用有限元计算程序,对承台进行梁格系的结构离散,对群桩基础进行结构分析计算,并将计算结果与传统的在刚性承台假设下的计算作比较。
6)land department beam陆地系梁
延伸阅读

混凝土吊车梁系统设计混凝土吊车梁系统设计design of concrete crane girder system crane girder system)由混凝土吊车梁、轨道 联结和安全走道板(必要时设置)组成的吊车梁系统的 设计,设计主要内容包括结构选型和结构布置。 结构选型选用钢吊车梁或混凝土吊车梁是吊车 梁系统设计中的首要问题。国外,在冶金厂房中很少采 用混凝土吊车梁,一般均采用钢吊车梁。中国自20世 纪5。年代以来,在冶金厂房设有重级工作制吊车的车 间开始采用混凝土吊车梁,并随着实践经验的积累,成 功地扩大其使用范围,形成了中国冶金工厂结构体系 的特点之一。部分工程实例见表。 与钢吊车梁相比,混凝土吊车梁可以少用钢材约 50%,降低造价约40%~60%。同时,混凝土吊车梁 安装工作量小,吊车梁定位后与柱子焊牢即可,降低了 钢吊车梁制动系统连接的复杂程度,并减少了其连接 的工作量,也减少了定期维护的工作量。 中国的建设实践表明,对于受高温影响严重的部 位,如转炉炼钢车间转炉的上方,不能采用汤凝土吊车 梁。有硬钩吊车的跨间,也不宜采用混凝土吊车梁。在 硬钩吊车运行下混凝土吊车梁上的轨道连接使用寿命hunningtu diooeheliang xitong she一1过短。混凝土吊车梁系统设计(design of conerete 冶金厂房采用混凝土吊车梁工程实例口一一 注:先后张法指直线预应力筋用先张法张拉、曲线预应力筋用后张法张拉。 混凝土吊车梁上的轨道连接,要根据吊车的工作的预埋件焊接,以便在水平方向固定吊车梁。连接件的制和吨位,分别采用各自的构造型式,可参照中国国家规格须经计算确定。在吊车梁高度范围内,吊车梁与柱标准图进行选用。之间常有一定距离的间隙,安装后可采用后浇混凝土 安全走道板一般当柱距为6m时采用钢筋混凝土予以填实。结构,当柱距为12m时采用预应力混凝土结构。当厂房建筑设计要求设置安全走道时,走道板一 结构布置混凝土吊车梁均可独立承受吊车的竖般应沿柱列与吊车梁平行布置,其顶面与吊车梁顶部向和水平荷载,不需像钢吊车梁那样设制动系统和辅大致齐平。走道板一般支承在柱的纵侧,通过在柱的预助析架,简化了吊车梁系统的结构布置。埋件上焊接型钢部件形成走道板的支座。 混凝土吊车梁沿厂房纵向柱列线直接搁置在柱子(单菊铭翟冠雄)上,在吊车梁端部顶面处设置钢连接件与混凝土柱上