片语

composite RC beam复合钢筋混凝土梁

composite delaminated beam复合材料分层梁

frame composite slim beam框架组合扁梁

composite crane beam叠合式吊车梁

composite slim beam组合扁梁

composite capping beam组合承台梁

Composite Nailed Beam钉合梁

composite coupling beam组合连梁

composite brake beam组合式制动梁

英汉例句

• Steel-concrete composite beam with high capacity, good ductility, stiffness, member cross-section the advantages of small size.

  钢-混凝土组合梁具有承载力高、延性好、刚度大、构件截面尺寸小等优点。

• This paper deals with the mechanical behaviors of steel-concrete composite beam and effective width of concrete slab on the axial force and the bending moment together function, based on the past job.

  本文在总结前人工作的基础上，对结合梁斜拉桥中在轴力和弯矩共同作用下的钢—混凝土组合梁截面受力状态和混凝土桥面板有效宽度进行研究。

• In the continuous composite beam bridge, the difference in type, arrangement area and arrangement space of shear connectors will cause variation in mechanical characteristics of the structure.

  在连续组合梁桥中，剪力键的类型、布置范围和布置间距的差别将引起结构受力特性的差异。

• More than ten preflex composite beam bridges were designed and analyzed with this method, and excellent results were obtained.

  利用该方法已完成了十余座预弯组合梁桥的设计分析，取得了良好的计算结果。

• The calculating method of high haunched honeycomb steel concrete composite beam is presented.

  研究了高托蜂窝式钢与混凝土组合梁的计算方法。

• Finally, the existing beam stiffness analysis of calculation methods established for the new steel-concrete composite beam stiffness and deformation calculation.

  最后通过对现有组合梁刚度计算方法的分析研究，建立了适合新型钢-混凝土组合梁的刚度和变形计算方法。

• The temperature distribution in temperature rising process of steel-concrete composite beam is calculated by volume-control method.

  采用控制容积法对钢—混凝土结合梁试件升温过程的温度分布进行数值计算。

• Steel-concrete composite beam has the advantages of both steel structure and concrete structure, and it would has vast application prospect.

  钢—混凝土组合结构兼具钢结构和混凝土结构的优点，极具发展和应用远景。

• This paper presents the design results of slim floor, composite beam and flat-plate floor under the dimensions of 3.

  本文采用组合扁梁、组合梁、无梁楼盖三种楼盖形式，3。

• Again USES the model, through transformation composite beam highly and various steel plates parameter comparative analysis beam and support capacity, stress, deflection change and so on.

  再利用此模型，通过变换组合梁的高度和各钢板的厚度等参数比较分析梁的承载能力，应力，挠度的变化等。

• The pre -flexed composite beam is a new type structure with a large span, which can be widely used in various fields involving in civil engineering.

  予弯复合梁是一种新型的大跨度结构，可用于土木工程的各个领域。

• Steel-concrete composite beam are its basic members.

  钢-混凝土组合梁是其基本构件之一。

• A real tested composite beam with web opening was simulated by the nonlinear calculation with finite element method.

  介绍了一带腹板开洞组合试验梁的模拟计算及计算结果。

• The results show that the sandwich composite beam improves the dynamic critical compression of the simple composite beam and the dynamic critical force varies with the frequency of the excitation.

  结果表明夹层复合梁大大提高了简单复合梁的临界力，但它也随激励频率而变化。

• On the basis of the solution expression, we deduce the composite beam unit stiffness matrix of the dual effects of the displacement.

  在解析表达式的基础上推导考虑双重效应的组合梁单元刚度矩阵。

• The application of composite beam in bridge will improve the performance of the structure and will easily realize the long spans.

  桥梁采用结合梁结构，可以提高结构的性能，并且容易实现大跨度。

• On Basis of composite mechanics, an analytical model of composite beam under bending is established and the corresponding deformation response is formulated.

  根据复合材料力学，建立了弯曲条件下复合梁的分析模型，并导出了相应的应变响应关系。

• Steel-concrete composite beam is a kind of flexural member composed by concrete slab and steel beam via shear connectors.

  钢-混凝土组合梁是指钢梁和混凝土板通过剪力连接件连接形成整体共同工作的受弯构件。

• This Technical Note presents some basic information and concepts that are useful when performing composite beam design using this program.

  本技术注释展示了在使用本程序进行设计复合梁设计时的某些有用的基础的信息和观念。

• Steel-concrete composite beam is a new kind of structure, which combines steel and concrete to an integrity by the shearing connecting pieces and make them work together .

  钢—混凝土组合梁是利用钢材宜受拉，混凝土宜受压的特点，将两种材料通过剪切连接件组合成为整体而共同受力的一种新型结构。

• The failure modes and the mechanical behaviors of the common steel & concrete composite beam and the prestressed beam and the strengthened beam are analyzed and compared.

  对比分析了普通钢与混凝土组合梁、预应力钢与混凝土组合梁和预应力加固钢与混凝土组合梁的受力性能与破坏形态。