- 更多网络例句与板桥相关的网络例句 [注：此内容来源于网络，仅供参考]
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I do not know well at the world, the most-awaited summer than at dusk, wearing her mother's basket with their own batik cloth at the end of white flowers give me a small sewing pants, and a group of small partners青石板from the high bridge jump jump under the fish into the wild geese as cool as that pond fairy tale world.
在我未谙世事时，最盼望的莫过于在夏日的黄昏，穿着母亲用自家蜡染的篮底白花布给我缝制的小裤衩，和一群小伙伴从高高的青石板桥上纵身跳下，鱼雁般潜入那池童话般清凉的世界里。
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Banqiao rupture structural belt is located on the eastside of Banqiao sag, which is controlled by Banqiao and Dazhangtuo faults.
板桥断裂构造带位于板桥凹陷的东侧，受板桥凹陷和大张坨断层控制。
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The old city wall of my native place Banciao has a history of almost 150 years. It is a pentagonal wall, which almost completely follows the course of the Gongguan ditch. However, if you ask about it, nine in ten Banciao residents won't know it.
我的故乡板桥的古城墙有将近一百五十年的历史，它几乎是沿著公馆沟盖起的五角形城墙，不过你问十个板桥人，有九个不知道。
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Base on summarizing the development state of assembly skew hollow slab bridge, the research content of this dissertation has been determined. Taking Tuan Shan River Bridge, in Hubei province, China, as an example, the finite element method of space slab shell programmed in Ansys Parameter Design Language is adopted to analyze the elastic properties. By calculating the internal force influence surface of assembly skew hollow slab bridge, the internal force-controlling section is attained.
本文在对装配式斜交空心板桥的发展现状进行了详尽的综述后，确定了本文的研究内容，以团山河大桥为工程背景，采用ANSYS提供的参数化语言APDL，用空间板壳有限元法，对装配式斜交空心板桥弹性阶段的受力特性进行全面分析，计算了装配式斜交空心板桥的内力影响面，得到内力控制截面。
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The loading program, by which the load can be directly applied to the internal force influence surface, is generated and used to get the result of loading on the influence surface. Through comparing the result of loading on the internal force influence surface of assembly skew hollow slab bridge with the one of the perpendicular bridge, the reduction factor method is offered and its corresponding reduction factor can be obtained.
编制了内力影响面加载程序实现对内力影响面的直接加载；在此基础上，通过参数分析，对比装配式正交空心板桥和斜交空心板桥内力影响面加载的结果，提出斜交空心板桥设计计算的折减系数法，并给出相应的折减系数。
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Based on it, the research content of this dissertation has been determined. Tuan Shan River Bridge is selected as an example and APDL is used to analyze the elastic properties. After calculating the internal force influence surface of assembly skew hollow slab bridge, the internal force-controlling section is attained; the transverse distribution of internal force is studied and the transverse distribution coefficient is parametric analyzed. Based on the results, relation formula of transverse distribution coefficient between skew and perpendicular bridges are fitted. Practical calculation method for the internal force calculation of assembly skew hollow slab bridge is offered. Some conclusions are drawn from comparing and analysing the internal force, bearing reaction and deformation of both assembly and monolithic skew slab bridges.
本文对装配式斜交空心板桥的发展现状进行了综述，从此出发，确定了本文的研究内容，以团山河大桥为工程背景，采用ANSYS 提供的参数化语言APDL，对装配式斜交空心板桥弹性特性进行全面分析，计算了装配式斜交空心板桥的内力影响面，得到内力控制截面；同时计算了内力的横向分布影响线和横向分布系数，并对内力横向分布系数进行了参数分析；基于参数分析的结果，拟合了装配式斜交空心板桥与对应正交桥内力横向分布系数的关系式，为装配式斜交空心板桥的内力计算提供了实用计算方法；对比分析了装配式斜板桥与整体式斜板桥的内力、支座反力以及变形特点，得出了一些有益结论。
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The ratio of the vertical load distributed between the arch rib and the tie beam of the two schemes is the same. For the integral girder deck scheme, the longitudinal beams and the deck slab of endure more axial force compared to the ballast girder deck scheme, especially to the deck slab with a conspicuous increase of the axial force and higher stress, and the tie beam endure less. The force-bearing characteristics of the cross beams under the integral girder deck scheme is obviously better than that of the ballast girder deck scheme, especially at the two ends of each cross beam.
在受力上，与道碴板桥面方案相比，整体桥面方案竖向荷载在拱肋和系梁之间的分配基本相同，混凝土板和纵梁分担的纵向力则相对更大，尤其是混凝土板，增幅较明显，应力水平整体较高，系梁分担的纵向力则得到减小，横梁的受力状况整体桥面方案明显优于道碴板桥面方案，特别是在梁端处。
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In Banqiao sag, there developed fan delta, deepwater turbidity fan and beachy subaqueous fan in Es3 member, and alluvial finger bar and bar front fluxie in Es2 member, but in Qikou sag, there developed beach bar and offshore barrier bar in Es2 member, and deep water channel of gravity-current in lower Esl member.
其中，板桥沙三段扇三角洲和板桥沙二段冲积性指状砂坝为本文研究首次提出。
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5Study on vehicle-bridge coupled vibration program of multi-beams bridgeThe vehicle-bridge coupled vibration equation is detruded on the base of three axisvehicle,and the vehicle-bridge coupled vibration program is established with iteration method,which is used for analyzing the dynamic response of the assembly slab bridge.
5板桥车-桥耦合振动程序研究以三轴车辆为例建立车-桥耦合振动方程，采用分离迭代法，编制了板桥车-桥耦合振动程序，并以实例验证了其计算结果的正确性，为装配式板桥动力响应分析提供计算平台。
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Based on this,189 bridgesin the actual projects as a sample were selected,the connection between static test result anddanymic test result was built in this paper in order to assess the structure\'s bearing capacity bydynamic characteristics of bridge.The main contents are as followings:(1)On the base of actual observation records of bridge samples,the mechanicalproperties of the assembly slab bridge is obtained,and the mechanical characteristic ofhinged joint and bridge deck,the distribution of the guard rail in transverse direction are alsodiscussed.Based on the above analysis,the rational theoretical model is built,which offerssome reference to assess the structure\'s bearing capacity.
基于此，本文在实际工程项目中选取189座板桥作为样本，通过对样本桥梁实测静载挠度、应变和动载频率进行统计回归分析，建立桥梁结构动载试验结果与静载试验结果之间的关系，通过桥梁结构动力特性来评定结构承载力，论文主要完成了以下几个方面的工作：(1)以样本桥梁实测数据为基础反演装配式板桥受力特性，确定各种型式装配式板桥的铰缝受力特点、桥面铺装层受力特点以及护栏沿桥面横向分配原则，以此建立真实反映装配式板桥受力特点的理论计算模型，为装配式板桥承载力评定提供理论计算依据。
- 更多网络解释与板桥相关的网络解释 [注：此内容来源于网络，仅供参考]
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plank bridge：木板桥
2.0411 石板桥stone slab bridge | 2.0412 木板桥plank bridge | 2.0413 圆木桥log bridge
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Simple plate beam：简支板桥
简单剪切:Simple Shear | 简支板桥:Simple plate beam | 简易交付:Simple delivery
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Lins of Panchiao, The：板桥林家
411. 林洋港 Lin Yang-kang | 412. 板桥林家 Lins of Panchiao, The | 413. 雾峰林家 Lins of Wufeng, The
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two-deck bridge：双层甲板桥艛
"两舱[进水不沉]船","two-compartment vessel" | "双层甲板桥艛","two-deck bridge" | "双层甲板船","two-decker"
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slab bridge：板桥
板:slab | 板桥:slab bridge | 连铸坯:slab
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stone slab bridge：石板桥
2.0410 拱桥arch bridge | 2.0411 石板桥stone slab bridge | 2.0412 木板桥plank bridge
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Steel Slab Bridge：钢板桥
Steel Slab 钢锭 | Steel Slab Bridge 钢板桥 | Steel Slag 钢渣
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hollow slab bridge：空心板桥
板桥 slab bridge | 空心板桥 hollow slab bridge | 板梁 plate girder
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ribbed slab bridge：肋板桥
累计当量轴次||accumulative equivalent axles | 肋板桥||ribbed slab bridge | 肋拱桥||ribbed arch bridge
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WOODBRIDGE HOSPITAL：板桥医院
TAN TOCK SENG HOSPITAL 陈笃生医院 | WOODBRIDGE HOSPITAL 板桥医院 | SINGHEALTH POLYCLINICS 新健综合诊疗所