- 更多网络例句与型钢混凝土相关的网络例句 [注：此内容来源于网络，仅供参考]
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Test results show that the hysteretic curve of slip against horizontal load is chubbiness and fold phenomenon does not occur in the course of loading.
通过在型钢翼缘外侧滑移传感器，对轴力和反复水平荷载作用下型钢混凝土柱的粘结滑移性能进行了试验研究。
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In this lesson, the problem of the shoring form and the support parameters of shallow underground cavity belonging to strong effloresce band, is studied by force method calculation and numerical value analyzing, and so on.
在本课题中，通过力法计算、数值模拟等方面对浅埋强风化段地下洞室支护问题展开研究，并对煤矿井巷工程中的U型钢可缩性支架、型钢混凝土组合结构的设计计算方法进行一定的探讨，为现场工程设计和施工提供科学依据和技术参考。
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Considering the behaviors of unbonded prestressed concrete beams and steel reinforced concrete columns, a kind of nonconforming beam-column element was constructed and the analysis precision was improved. Loading and reloading paths were introduced into the constitutive relationship of concrete. It is helpful to the analysis program to trace the full-range mechanical behavior of structures including the descending part and the hysterisis characteristic under cyclic loading.
考虑无粘结预应力混凝土梁、型钢混凝土柱等结构构件的受力特点，构造非协调梁柱单元，提高了分析精度；混凝土的本构关系中，引入卸载路径和再加载路径，使得分析程序可以追踪包括下降段在内的结构全过程力学行为，以及反复荷载下结构的滞回特性。
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To the crack width calculation in HSRC beam, the calcution value is bigger than the experimental value in the code of SRC composite structure. Lα the paper, the symbol kAw, and khw are suggested applied in web plate lied in one third of tensed zone.
对于高强型钢混凝土梁的裂缝宽度计算，《型钢混凝土组合结构技术规程》(JGJ138-2001)中有关公式的计算值比试验值偏大，文中建议将公式中kA_w、kh_w改取混凝土受拉侧的h/3范围内的腹板。
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Second, to expound the performance of steel reinforced lightweight gangue concrete with no reinforcement, analyse the calculation theories of column and beam calculation formula, and finally conclude the calculation formula more appropriate to steel reinforced lightweight gangue concrete beam and column with no reinforcememt.
二、阐述了型钢混凝土的受力性能；分析了梁、柱构件的计算理论；根据我国现行规范所应用的计算理论，提出了适用于无配筋轻骨料型钢混凝土梁、柱的计算公式。
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To study the bond-slip performance between structural steel and concrete, eleven short columns with the different configuration are tested, such as cross section dimensions, bond length, concrete strength, thickness of concrete cover and the rate of stirrup lateral.
为研究型钢与混凝土的粘结滑移性能，对11根不同截面尺寸、粘结长度、混凝土强度等级、保护层厚度、配箍率的型钢混凝土短柱进行了试验。
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The test results confirm that the seismic behavior of cross-shaped SRC columns is good. The volume-stirrup ratio is an important influencing factor on ductility of the members, in favor of improving the seismic behavior of members significantly.
实验结果证实十字型钢混凝土柱构件具有良好的抗震性能，而且体积配箍率是影响型钢混凝土柱构件延性的一个重要因素，对构件的抗震性能的改善具有非常明显作用。
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In this paper, normal section bearing capcity of SRC beam is analyzed from three aspects on the basis of force character of upper flange of shaped steel in SRC beam.
文中根据型钢混凝土梁中型钢上翼缘的受力特点分三种情况对型钢混凝土梁的正截面承载力进行了分析。
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The behaviors of SRC beam transferring structure, which is the major research of this dissertation, is studied from four aspects:(1)Pseudo-static test of transfer structure shaking table test of a whole frame model with transferring story and a field measurement;(2)Push-over analysis;(3)the test research and theoretical analysis of joints for SRC transferring frame;(4)the research on the creep and shrinkage of SRC transfer beams.
本文的主要工作是研究型钢混凝土梁式转换框架结构的受力性能问题，为此，从以下四个方面：①转换框架结构的拟静力试验、整体结构的模拟地震振动台试验和施工现场实测；②静力弹塑性分析；③型钢混凝土转换框架节点的试验研究与理论分析；④施工阶段转换大梁的徐变、收缩特性的研究，展开了对课题的研究。
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It has unique architectural configuration,complex functions and big construction difficulties.A lot of technologies were applied to the construction to meet the design requirement and guarantee construction quality,such as tie plate or connector between profile-steel concrete column and steel beam,melted groove welding for steel bar ...
施工中采用包括型钢混凝土施工技术、型钢柱与混凝土梁采用连接板及连接器的应用技术、钢筋熔槽焊连接应用技术、自密实混凝土应用技术、录音棚房中房模板设计、弧形看台与斜柱施工技术、舞台桁架高空散拼施工技术、大型屋面钢网架安装技术、桁架整体提升技术、复杂形体幕墙安装技术、8坐标系统测量控制技术等，满足了设计要求，保证了施工质量。
- 更多网络解释与型钢混凝土相关的网络解释 [注：此内容来源于网络，仅供参考]
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epiboly profiled bar concrete：外包型钢混凝土梁
泵:Pump | 外包型钢混凝土梁:epiboly profiled bar concrete | 泵效:pump efficacy
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girder with rolled steel section encased in concrete; skeleton reinforced concrete girder：型钢混凝土梁;劲性骨架混凝土梁
无碴无枕梁 girder without ballast and sl... | 型钢混凝土梁;劲性骨架混凝土梁 girder with rolled steel section encased in concrete; skeleton reinforced concrete girder | 简支梁桥 simply supported beam br...
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girder with rolled steel section encased in concrete; skeleton reinforced concrete girder：型钢混凝土梁
无碴无枕梁 girder without ballast and sleeper | 型钢混凝土梁 girder with rolled steel section encased in concrete, skeleton reinforced concrete girder | 简支梁桥 simply supported beam bridge