thin-wall construction

薄壁结构

  • This paper compared detailedly centrifuge reinforced concrete annular poles 、 thin-wall centrifuge steel concrete poles and steel tube construction three strain supporting structure forms and give that steel pipe pile substitute centrifuge reinforced concrete pole is necessary and feasible .

    本文从造价、结构受力性能等方面详细比较了离心钢筋混凝土环形杆、 薄壁离心钢管混凝土杆及钢管 结构三种主要支架结构形式,提出用钢管杆替代离心钢筋混凝土杆是必要和可行的。

  • Quality control measures in double thin-wall piers construction of Changfeng Bridge

    长风大桥双 薄壁桥墩 施工质量控制措施

  • Prestressed U-shaped thin shell aqueduct belongs to the thin-wall beam construction .

    预应力U形薄壳渡槽属于 薄壁结构

  • Arched Corrugated Steel Roof ( ACSR ) is a typical cold-formed thin-wall space steel structure which has many advantages that is having dead weight quick in construction and beautifully shaped .

    拱形波纹钢屋盖(简称波纹拱)是一种冷弯 薄壁空间钢结构,具有自重轻、 施工快、造型美观等优点。

  • As a new construction technique level of turning construction monitoring technique for open thin-wall box-stiffer arch bridge affect development of the technique and construction control is an important part of construction technology and runs through all stages in bridge construction .

    作为一种新的转体施工工艺,开口 薄壁箱拱桥转体 施工技术水平的高低直接影响到该 施工技术的发展。

  • The example of three symmetrical form utilization the entity structure the member structure and the thin-wall construction is too numerous to mention one by one .

    实体结构、杆件结构、 薄壁 结构这三种结构类型中对称形式的运用实例也不胜枚举。

  • Some important parameters for the design of the thin-wall and high-pier bridge are obtained in these analyses including critical load and stability safety factor in the construction stage and in all cases of the completed bridge .

    通过全文的分析得到了对于该桥高 设计十分重要的参数,包括 施工和成桥各工况的临界荷载及稳定安全系数。

  • Cast-in-situ concrete thin-wall cylindrical pile ( Hereinafter referred to as cylindrical pile ) is a new type of foundation engineering has the advantages of convenient construction process material used saving high bearing capacity and short construction period and it has wide application prospect .

    现浇混凝土 薄壁筒桩(以下简称筒桩)是一种新型基础工程技术,具有 施工便捷、用料省、承载力高、施工周期短等优点,具有广阔的应用前景。

  • This article analyzes the operating principle of the cast-in-place thin-wall pile discusses the calculation method of the bearing force of the pile and the settlement and contrasts the actual construction measurements .

    分析了现浇 薄壁 桩的工作原理,探讨了桩的承载力与沉降量的计算方法并与 工程实测值进行了对比。

  • Compares with other piles of strengthening the railway soft soil below embankment thin-wall cylindrical pile although the expense is high but technological advance construction time reduction geological compatible In view of different soil layer .

    与加固铁路软土地基的其他桩 相比,虽然费用较高,但是技术先进,能大大缩短 工期,对不同土层地质适应性强。

  • On GBF high strength thin-wall pipe girderless floor construction technology

    GBF高强 薄壁管无梁楼盖 施工技术探讨

  • Therefore it is very suitable for welding the thin-wall construction of ferrous and nonferrous metals .

    因此这种电源很适合于黑色及有色金属的 薄壁 结构件焊接。

  • The construction technology of turnover forms is an ideal technique in thin-wall voided pier construction which can save forms is convenient for operation and can ensure the dense degree of concrete .

    翻模 施工对于 薄壁空心墩是极为理想的施工工艺,可节省模板,便于人工操作,确保砼的密实度。

  • The cylinder pile technology a large-diameter on-site pouring concrete thin-wall cylinder pile has been applied step-by-step in civil and industrial construction bank and soft road foundation treatment and so on .

    筒桩(即大直径现浇混凝土 薄壁筒桩)新技术已逐步应用于工业民用 建筑、堤坝和公路软基处理等工程中。