阀体

fá tǐ
  • valve body
阀体阀体
阀体[fá tǐ]
  1. 基于ANSYS的热风阀阀体模态分析

    Modality Analysis of Hot Breeze Valve Body Based on ANSYS

  2. SPINNER机床在针阀体加工上的应用

    Application of SPINNER Machine Tool on Processing of Needle Valve Body

  3. 基于Solidedge的节流阀体压铸模CAD/CAM

    CAD / CAM for throttle body die-casting mold based on solid edge

  4. 阀体三维铸造工艺CAD系统

    3D Foundry Method CAD System for Valve Bodies

  5. 高旁阀体结构ANSYS有限元分析的处理

    Processing of Analysis ANSYS in Structure of High-pressure Bypass Valve

  6. 将阀门打开同时检查X轴方向偏差及阀体叶片的操作范围。

    Open the valve and check X axis deviation and operation range of the valve blades .

  7. 中大型蝶阀阀体发泡模具CAD及泡沫模样质量控制

    Medium and Large Sized Butterfly Valve Body 's Foam Mold CAD and Quality Control for the Foam Pattern

  8. PLC对挖掘机中心控制阀体加工组合机床的控制改造

    The Application of PLC in the Control System of Hydraulic Excavator 's Center Control Valve Manufacturing Machine

  9. 在以前研究的基础上对流量调节阀进行了改造,阀体上直接设计有液阻R3,流量阀采用了板式安装形式,使流量阀与集成块完美的结合在一起。

    The flow control valve with R_3 , which has been reconstructed , is perfectly integrated into the special integration block .

  10. 基于Pro/E对阀体件铸造工艺CAD浇冒系统的开发及CAE验证

    Development of Gating System and Riser System CAD Software Based on PRO / E for Valve and CAE Systems to Verify

  11. 具有一个V型阀体,即使在小流量或高粘度介质的情况下,也可在整个量程范围内,保证控制的精确性;

    With V-type body , even if in low flow rate or high viscosity media , it can also guarantee accuracy of control within framework .

  12. TrueUnion原先的结构是采用滑入阀体光滑的阀腔内阀座支架,而不是直接在阀体内固定。

    The original True Union design had a seat-carrier that slid into the smooth bore of the valve body , but it was not directly retained within the body .

  13. 接着又进一步应用Fuzzy综合评判法对高压油泵精密偶件针阀体的配磨表面质量进行了Fuzzy综合评判,得到了该磨削产品的综合评判模糊集。

    Then , the aim of estimation of ground surface quality of the precision hole of the valve body matched with valve needle in the high pressure oil pump has been achieved by using fuzzy sets .

  14. Cr-Mo钢电站阀阀体的补焊工艺

    Welding process of Cr-Mo refractory steel casting body of power station valve

  15. 最后,利用ANSYS软件对实际的阀体模型进行了数字计算,并预报出了阀体的最危险部位。

    Lastly , author has made use of ANSYS software to accomplish digital calculation of real valve body model and forecasted the most dangerous position of valve body .

  16. 阀体类非回转体零件CAPP系统(FTCAPP)

    CAPP System for Valve Body Type Nonrotary Components ( FTCAPP )

  17. 通过CIVIC轿车自动变速器故障的维修实例,介绍了液压控制锁定系统,阀体的结构、原理,以及自动变速器的基本检查、维修方法。

    This paper gives an account of the hydraulic control locking system and the valve structure . The basic inspection and maintenance methods are mentioned .

  18. 利用ANSYS软件及其分析设计方法,对阀体中腔安装四合环的位置进行了有限元应力分析。

    This article uses the ANSYS software and analysis design method to make a detailed finite element stress analysis of the head of valve body where placed the quarter rings .

  19. 安装IAC马达至节气阀体。

    Install IAC motor to throttle body .

  20. 采用三相碱性电弧炉熔炼加喷吹Si-Ca粉精炼技术,获得了油田采油井口用铸钢件阀体材料ZG35CrMo(M)。

    ZG35CrMo ( M ) for oil production wellhead valve boy is obtained by using are furnace melt and injection refining technique .

  21. 100mm自力式自动灌装阀液控原理与阀体结构

    Hydraulic control principle and strucrure of 100 mm self - force automatic control valve

  22. 采用ANSYS软件对热风阀阀体进行了模态分析和研究,给出了其前4阶的固有频率和振型。

    It discussed and researches hot breeze valve body modality by making use of ANSYS software and gives it 's first four steps ' inherent frequency and the form of vibration as well .

  23. HTV船型浮阀塔板阀体排列方式的研究

    The study of valve arrangements of HTV tray

  24. RB精小型气动保温O型切断球阀是由阿斯塔气动活塞式执行机构和夹层整体铸造阀体组成。

    QJ ( D / S ) RB O-intensive small air cut off valve insulation by pneumatic piston actuator Astana and laminated the whole cast body composition .

  25. 文章根据阀体材料的种类,运用了不同强度理论进行判断,其中相关的当量应力是从Workbench的分析结果中提取出来的。

    According to the type of the valve body material , make use of the different strength theories carries on the judgment , the equivalence stress come out from the Workbench analytical result .

  26. 阀体,阀盖和楔板材质符合美国材料试验协会ASTMB62标准青铜。这种总成应该采用非电解镍镀层铜阀体。

    " Valve body , bonnet and wedge are to be of bronze aSTM B 62 . " The assembly shall have an electroless nickel-plated tubular copper body .

  27. 采油井口阀体材料ZG35CrMo(M)性能研究

    Property of ZG35CrMo ( M ) for oil production wellhead valve body

  28. 分析了在役三通阀密封失效的原因,采用X树脂材料制作球阀垫片、在阀体与阀盖间车制梯形沟槽并放置氟橡胶O形密封圈等措施对其进行改造。

    Influential factors leading to losing efficacy of the three way valve are analyzed , and some remaking measures are employed , including ball valve shim made from X resin , fluorubber O shaped seal circle in the slit between the valve body and the valve cover .

  29. 其次,应用ANSYS有限元软件对阀体几何模型进行约束、加载、划分网格等有限元分析的物理模型建立,并进行强度分析,得到阀体的应力分布和变形情况。

    Secondly , infinite analysis ' physical model constructing such as constraint , loading , meshing about the valve body geometry model is carried out with ANSYS infinite software , and the intensity is analyzed to gain stress distribution and deformed state of valve body .

  30. 研制了一种新结构的G型π桥溢流阀,该阀的先导阀部分由锥阀芯、控制活塞、液阻R1、R2、先导阀体和先导阀弹簧等构成。

    A new type of G - p bridge pilot relief valve was developed . It 's pilot valve is consist of poppet , control piston , orifice R1 , orifice R2 , pilot valve body and pilot spring .