筒体

tǒng tǐ
  • Cylinder;barrel
筒体筒体
筒体[tǒng tǐ]
  1. 筒体环缝数控MAG焊接自动机

    Numerical control MAG automatic welding machine for barrel circular seam

  2. 筒体结构环形板裂缝分析与处理

    Analysis and Treatment of Cracks in Annular Plate of Barrel Structure

  3. 基于ANSYS球磨机筒体有限元分析

    FEM Analysis of the Ball Milling Machine Cylinder Based on ANSYS

  4. 大震下RC剪力墙(筒体)结构地震反应分析模型

    Model for analyzing seismic response of RC shear / core wall structure under major earthquakes

  5. HF反应器筒体制造的质量控制

    Quality control of the cylinders of HF reactors

  6. 基于ANSYS压力容器筒体与平板封头焊缝残余应力有限元分析

    The Finite Element Analysis on the Weld Residual Stress of the Pressure Vessel Cylinder and Plate Dome Based on ANSYS

  7. CFG桩复合地基在框架&筒体结构中的应用

    Application of the CFG pile compound foundation in the frame tube structure

  8. HBT预埋法解决高层筒体相连水平结构插筋施工的新方法

    Application of New HBT Embedding Method to Joint Bar Construction in Tube-connecting Structure

  9. 压力容器设备中法兰与筒体、法兰与接管连接处的C类焊缝和封头端部、筒体上马鞍形的D类焊缝是最为不规则的且施焊工艺最为复杂的焊缝。

    In pressure vessels , C and D seam which are located at the joint of flange , tube-shape object , jointed tube , and head of pressure vessels separately are the most complex seams .

  10. FG系列铁胎磨光机主要用于梳棉机锡林、道夫筒体的磨砺和修整。

    FG Series Bare Cylinder Grinder is used for grinding and modification of Cylinder and Doffer .

  11. 日本汽缸筒体用ERW钢管的开发

    Development of ERW Tube for High-Pressure Cylinders

  12. SRC巨柱-筒体抗侧力体系,介绍了钢-砼混合结构(即SRC结构)的设计方法及SRC结构在超高层建筑中发挥的作用。

    The design method of the SRC resisting system was shown . The effect of SRC system on super high-rise building was discussed .

  13. Φ4/3.5/4×150m、水泥回加转窑筒体的失效分析

    Failure Analysis of the Drum of a φ 4 / 3.5 / 4 × 150m Cement Rotary kiln

  14. 利用MISES屈服准则,可以判定在水冷阶段筒体部分区域进入塑性,产生周期性的塑性残余变形。

    MISES yield rule was used to determine the region which had yielded during the process of temperature rising and dropping .

  15. φ2×28M回转窑筒体的截体更换

    Tube Body Section Replacement for φ 2 × 28 Meters Rotary Kiln

  16. 应用ANSYS有限元软件分别研究了托轮、滚圈、筒体应力分布规律以及应力大小与载荷的关系。

    Using the software of ANSYS , the dissertation studies the stress distribution of the supporting wheel , the roll and the body . The relation between its magnitude and the load on them is also studied .

  17. BDF砼薄壁筒体构件及在现浇空心楼板中的应用

    Elementarily Talking about BDF Concrete Thin Wall Canister Style Component and the Application in the Cast-in-place Hollow Floor

  18. 本文利用TBSA计算了不同长宽比和不同角柱刚度筒体结构的受力情况。

    In this paper , the tube-in-tube structures ( TTS ), which are different in aspect ratio and corner column stiffness , are calculated by TBSA .

  19. WHF型夹套反应釜筒体设计压力分析和校核

    Analysis and Check on the Design Pressure of the Tube Body of WHF Lined Case Reaction Kettle

  20. 1台体积为50m3低压搪瓷泄料槽筒体和封头连接部位,由于搪瓷化过程产生非自由热变形区,对其应力状况进行了分析测试。

    The stresses at the non free thermal deformation zone of a 50 m 3 enamel vessel were tested . The deformation occurs in the joints of the shell and the head .

  21. 该工具除了能对多种磨矿流程进行磨机功率的选择、筒体尺寸的计算外,CEET还可以预测输出矿床模型中每个区块的单位处理量、P80及其运行成本。

    In addition to power selection and shell sizing for multiple circuit options , CEET also outputs tons per hour , P80 and operating cost on every mining block in the mine block model .

  22. 双螺旋辊式磨浆机筒体离心铸造工艺及性能研究

    Study of Centrifugal Casting Technology of Double Spiral Roller Grinded-paste Machine

  23. 在制高压换热器筒体的修复

    Repair of the Cylinders of High Pressure Heat Exchangers in Fabrication

  24. 网壳筒体&混凝土芯筒结构的分析方法研究

    Research on the method of analysis of the shell-concrete silo structure

  25. 高层筒体结构的整体稳定及二阶位移分析

    Overall Stability and Second-Order Displacement Analysis of Tall Building Tubular Structures

  26. 筒体结构桩筏基础计算方法研究

    Study on Calculating Method of Piled Raft Foundations for Tube Structure

  27. 磨机筒体断节的更换方法研究

    Research on the replacement method to the broken body of mill

  28. 框架&筒体结构中的连梁设计方法探讨

    Discussion on Design Method for Coupling Wall-Beam in the Frame-Tube Structure

  29. 大型回转窑筒体力学状态综合分析

    Analysis of stress distribution of large - scale rotary kiln shell

  30. 振动磨机筒体变形规律及载荷分析

    Deforming Law and Load Identification about the Body of Vibration Mill