剖面设计

  • 网络Profile design;section design
剖面设计剖面设计
  1. 非均匀流场中抗空泡桨叶剖面设计

    Anti-cavitation blade section design in non-uniform flow field

  2. 本篇继续论述宋代建筑的剖面设计、立面设计和铺作(主要研究简洁型的铺作)。

    This part deals with the cross section design , facade design and the bracket set of the timber structure in Song Dynasty .

  3. 秦皇岛15万DWT级FPSO船体中剖面设计

    Design of midship section of Qinhuangdao 150 000 DWT FPSO

  4. 提炼出三条设计原则,并反映到SOHO建筑的套型设计,楼层平面设计,剖面设计,形态设计,智能化设计,涉及到了SOHO建筑设计的各个方面。

    Extracted three design principles , and reflected in the SOHO Building Layout Design , Graphic Design floors , profile design , form design , intelligent design , the SOHO involved in all aspects of residential design .

  5. 300000dwt超大型油船的中剖面设计

    On the design of midship section of 300 000 DWT VLCC

  6. 中曲率半径水平井剖面设计方法

    Method of Designing the Trajectory of Horizontal Wells with Medium Curvature Radius

  7. 苏联多孔身钻孔剖面设计综述

    Computation and designing of multi - hole profile in USSR

  8. 大位移井侧位抛物线剖面设计的数值计算

    Numerical Calculation of Lateral Parabolic Profile Design of the Extended Reach Well

  9. 一种根据部分实测数据进行修正的可靠性试验剖面设计方法

    One Revisal Method of Reliability Testing Profile Design Ased on Partial Measured Data

  10. 大宽深比甲板货船中横剖面设计探讨

    Probed into design of midship section of great bread depth ration decking cargo ship

  11. D&夹层介质平板的剖面设计

    Cross Section Design of the D-Sandwich Dielectric Plane

  12. 巴拿马型集装箱船的中剖面设计

    Design of Midship Section of Panamax Container Ship

  13. 提出了阶梯式水平井井身剖面设计模式与井眼轨迹控制技术。

    Puts forward stepped horizOntal well profile design model and well trajectory control techniques ;

  14. 对单体建筑进行公道的平、立、剖面设计,控制建筑的层高。

    Made scientifically design about plane , elevation and section , control the storey height .

  15. 大庆油田侧斜井井身剖面设计研究

    Sidetracking well profile design in Daqing oilfield

  16. 侧斜井井身剖面设计中的关键因素是井间距和各井眼的轨迹。

    The key factors in sidetracking well profile design are inter-well distance and well course .

  17. 研究了双靶点定向井轨道优化设计方法,着重对三维双靶点定向井剖面设计方法进行了研究。

    Optimum method to design directional well trajectory with double targets is studied in this paper . Design To design the G.

  18. 由此可见在中剖面设计阶段,及早开展横向肋框的强度分析是十分有意义的。

    It is obvious that early analyzing of strength of transverse frame structure has significant importance in designing the midship section .

  19. 井身剖面设计是成功地钻水平井的重要因素之一。

    Designing the well profile is one of the most important factors which is concerned with the successfully drilling of horizontal wells .

  20. 设计软件包括尺寸设计(纵剖面设计、横断面设计)、校核计算、率定曲线计算拟合、数据图形打印4大功能模块。

    The new software includes four function modules , as flume dimension design , checking calculation , rating equation fitting , and graphical output .

  21. 最后讨论了试验剖面设计中循环及小周期确定、采用多个试验剖面等其他问题。

    At last , the other issues like the determination of cycle and sub period , and multiple test profiles in the design were discussed .

  22. 新型叶剖面设计及叶剖面参数对空泡特性影响的研究&(1)新型叶剖面设计

    Study on a New Approach to Blade Section Design and Effects of Its Parameters on Cavitation Characteristics Part ⅰ: A New Approach to Blade Section Design

  23. 以建筑设计中富有节能技术指导的剖面设计及其节能调整为切入点,揭示建筑剖面设计的节能技术内涵及其对建筑立意与形式建立的创新点。

    As the point to penetrate , the building section design and the adjustment of energy saving reveal their connotation and significance to building conception and form composition .

  24. 在井眼轨道的描述模型、设计方法和设计结果等方面,它与常规的二维剖面设计存在着显著的差异。

    Comparing with the conventional 2 - D design method , it shows marked differences in the descriptive model , design method and the calculated results for a borehole trajectory .

  25. 论文首先从体育建筑的看台设计入手,分析看台的平面布局、剖面设计、疏散方式以及看台形式的选择对看台下空间形态的影响和制约。

    Starting with the design of the fixed seats , the thesis analyses the effects of the design of plan , section , evacuation and the form to the fixed seats .

  26. 临界稳斜角概念的提出,为大位移井剖面设计时确定稳斜角这一关键参数提供了理论依据和选择区间。

    When put forward the concept of critical angle for the large displacement cross-section design of wells to determine the key parameters of solid angle provides a theoretical basis and selection range .

  27. 该船型中剖面设计的难点是既要满足规范对总纵强度的要求,又要增大舱口净宽以提高集装箱装载能力。

    This mades it difficult to design its midship section as it shall meet rules ' requirements on longitudinal strength and shall in addition have larger hatchway breadth for larger container carring capacity .

  28. 本文通过对28200DWT散货船结构设计的介绍,着重就典型横剖面设计、典型横舱壁设计和总纵强度等问题进行了讨论。

    Based on a general review of the structure design of the bulker , detailed discussion is made of the design of typical cross section , typical transverse bulkhead and overall longitudinal strength .

  29. 利用该方法进行大位移井剖面设计,具有轨道长度短、摩阻摩扭小、设计计算简便的优点。

    Using the method of extended reach wells profile design , with a track length of the short , twisting friction , friction is small , the advantages of simple design and calculation .

  30. 研制开发以侧斜井的井身剖面设计为主的计算机软件,同时包括井身剖面计算及井眼轨迹预测功能,能满足侧斜井施工的需要。

    The well cross section design software of side-tracking wells is developed , which can satisfied the demand of side-tracking wells design and construction , it also includes well cross section computing and prediction of well track .