梁桥,beam bridge
1)beam bridge梁桥
1.On the causes ofbeam bridge continuous down-warping and its control measures;梁桥持续下挠成因及控制措施
2.Numerical simulation of the dynamic property of thebeam bridge under the load of moving two-shaft vehicles;移动双轴汽车荷载作用下梁桥动力特性的数值模拟
3.The vibration analysis of thebeam bridge at some moving vehicle loads;梁桥在多辆车辆荷载作用下的振动分析
英文短句/例句
1.ANALYSIS ON VEHICLE-BRIDGE COUPLING VIBRATION OF FRP DECK AND STEEL GIRDERS BRIDGEFRP桥面板钢梁桥车桥耦合振动分析
2.electric single-beam bridge crane电动单梁桥式起重机
3.hand-operated single-and-double beam bridge crane手动单双梁桥式起重机
4.a dangerous bridge, journey危险的桥梁、 旅程
5.The houses and bridges were washed away by the flood.洪水冲走了房屋和桥梁。
6.The flood swept away part of the bridge.洪水冲走了一段桥梁。
7.Sociedade de Construccoes de Pontes e Estradas桥梁和道路工程公司
8.steel I-Beam Bridge with reinforced concrete deck工字钢梁混凝土面桥
9.long span cable-supported bridge长跨距悬吊体系桥梁
10.bridge clearance高潮时桥梁净空高度
11.The bridge caved in above the mine那矿上面的桥梁坍塌了。
12.Standards for railway bridge erection by girder erecting machine铁路架桥机架梁规程
13.To demolish the key bridges, freight yards, and main rail arteries of Frence would inevitably result in casulties among the French population.破坏法国重要桥梁、飞机
14.A bridge is in (=under) course of construction.一座桥梁在建造中。
15.Saboteurs dynamited the bridge.破坏者炸毁了桥梁。
16.support(a roof,bridge,etc)with trusses(truss )用构架支撑（屋顶、桥梁等）.
17.calculate the strains and stresses of a bridge计算桥梁的应变和应力
18.Specification for technical appraisement of forest bridge林区桥梁技术鉴定规范
相关短句/例句
girder bridge梁桥
1.Calculation method of simply supported to continuousgirder bridge is analyzed and compared with load test.通过对预应力先简支后连续T形梁桥计算方法的研究,并与荷载试验进行对比分析,对预应力简支转连续结构设计计算的方法提出相关的建议,有利于减少计算误差,保证计算结果与实际情况相吻合。
2.Partly cable-stayed bridge is a new bridge structure betweengirder bridge and conventional cable-stayed bridge,of which the generation,development and static performance are analyzed and introduced in the paper.部分斜拉桥是近年来出现处于梁桥与传统斜拉桥之间新的桥梁结构型式,本文分析和介绍了它的产生、发展以及静力性能,并研究了影响其静力行为的两个重要参数——主梁无索区长度和边跨与中跨比,显示这些因素对主梁和主塔的挠度、内力等影响。
3.This paper presents formulas derivation of externally prestressed tendon stress increment using energy method for simply supported,continuousgirder bridges under uniform loadings.目的探讨均布载荷作用下简支、连续梁桥体外力筋应力增量的简便计算方法。
3)bridge[英][br?d?][美][br?d?]梁桥
1.Dynamic analysis of a simple-supported skewed and wide reinforced concretebridge;钢筋混凝土简支斜交宽梁桥动力特性分析
2.Numerical simulation onbridge under a moving load;梁桥受移动荷载作用的数值模拟
3.Based on the experiments of 12 reinforced concrete beams,the influence of truck overloads on highwaybridge members[BF] [BFQ]s flexural performance is evaluated.本文结合12根钢筋混凝土梁的超载试验,主要针对不同的预加荷载幅值和不同超载次数对不同配筋率的钢筋混凝土桥梁受弯承载力性能的影响进行研究,分析超载对钢筋混凝土梁桥受弯性能的影响规律。
4)bridge[英][br?d?][美][br?d?]桥梁
1.Consideration after the collision incidents involving ships againstbridges in the Shaoxing area;对绍兴辖区船舶触损桥梁事故的思考
2.The application of overall safety management in the construction ofbridge;全面安全管理在桥梁施工中的应用
3.The reasonable utility of thebridge drilling waste slag;论桥梁钻孔废渣的合理利用
5)Bridges[英][brid?][美][br?d?]桥梁
1.Vibration Suppression Characteristics of Multiple Tuned Mass Damper with Its Application to Buffeting Control ofBridges;多重调质阻尼器制振性能及对桥梁抖振的控制
2.Seismic fragility analytical methodology for reinforced concrete bridges;钢筋混凝土桥梁地震易损性分析方法
3.RCBridges Dynamic Finite Element Model Updating;钢筋混凝土桥梁结构动力有限元模型修正
6)bridge beam桥梁
1.Discussion on durability and controlling measures of concretebridge beam;浅谈混凝土桥梁的耐久性及控制措施
2.Discussion on the application of integral no expansion jointbridge beam;整体式无伸缩缝桥梁的应用浅析
3.The article discusses the relative relation of the rigidity, strength and bridge pier earthquake and the application of the earthquake isolation design on thebridge beam through the analysis and study of the bridge anti-drop-beam device, and puts forward the design idea of "two-level" sheeting.该文通过对桥梁防落梁装置的分析研究,讨论了防落梁装置的刚度、强度和桥墩地震相应的关系,及在隔震设计的桥梁上的应用,并提出了“两水准”挡块的设计思想。
延伸阅读
梁桥梁桥beambridge以受弯为主的主梁作为承重构件的桥梁。主梁可以是实腹梁或桁架梁。实腹梁构造简单，制造、架设和维修均较方便，广泛用于中、小跨度桥梁，但在材料利用上不够经济。桁架梁的杆件承受轴向力，材料能充分利用，自重较轻，跨越能力大，多用于建造大跨度桥梁。按照主梁的静力体系，分为简支梁桥、连续梁桥和悬臂梁桥。①简支梁桥。主梁以孔为单元，两端设有支座，是静定结构。一般适用于中、小跨度，结构简单，制造、运输和架设均甚方便，多做成标准设计，以便于构件生产工艺工业化、施工机械化，提高质量，降低造价。如洛阳黄河桥（67孔跨径50米，全长3429米，1977年建成）。郑州黄河桥（28孔跨径20米、62孔跨径50米、47孔跨径40米，全长5550米，1986年建成）、开封黄河桥（31孔跨径20米、77孔跨径50米，全长4475米，1989年建成）均为公路预应力混凝土T形简支梁桥。②连续梁桥。主梁若干孔为一联，连续支承在几个支座上，是超静定结构。当跨度较大时，采用连续梁较省材料，更适合用悬臂拼装或悬臂灌筑、纵向拖拉或顶推法施工。如京石公路永定河桥，为预应力混凝土箱形连续梁，1988年建成；武汉长江桥、南京长江桥为钢桁架连续梁桥。③悬臂梁桥。上部结构由锚固孔、悬臂和悬挂孔组成，悬挂孔支承在悬臂上，用铰相联。有单悬臂梁桥（三跨构成，中跨较大以满足通航要求）和双悬臂梁桥（可构成多跨的长大梁桥）。如陕西省咸阳渭河桥（主跨174米，全长448米，1954年建成)为钢筋混凝土悬臂梁桥。梁桥为桥梁的基本体系之一，使用广泛，在桥梁建筑中占有很大比例，其上部结构可以是木结构、钢结构、钢筋混凝土结构、预应力混凝土结构或钢筋混凝土桥面板和钢梁的组合结构。钱塘江桥，中国第一座公路、铁路两用梁桥
