壁板

bì bǎn
  • siding;wallboard
壁板壁板
壁板[bì bǎn]
  1. 本文在分析潜艇耐压艇体内部平面舱壁板受力情况的基础上,提出平面舱壁板稳定性校核中外载荷应取不低于潜艇耐压艇体的计算载荷Pp

    On the basis of analysis for submarine plane hatch wallboard external pressure condition , indicate external load of submarine plane hatch wallboard stability verify should not less than submarine pressure hull calculating load

  2. 6005A合金是一种中等强度铝合金,主要用作车辆的薄壁、空心壁板和一些结构型材。

    6005A alloy is an aluminium alloy of moderate strength . It is mainly used for fabricating thin wall and hollow wallboard for vehicles and some construction profiles .

  3. 环保型难燃PVC工业壁板配方设计与成型工艺

    Formulation design and molding process of the environmental protective noncombustible PVC industrial wall plate

  4. 应用ANSYS对整体壁板及损伤后双面修补壁板进行有限元分析。

    ANSYS is used for the analysis of the integral panel and the double-face repair panel .

  5. W片的双折射大型整体壁板用扁挤压筒受力的有限元分析

    Birefraction of W Flat Stress analysis of multilayer flat container for extruding aluminium sheet with flange by FEM

  6. 基于VB6.0的轻合金带筋壁板挤压模具CAD系统开发

    The Extrusion Dies CAD System Development of Light Alloy Wainscot with Flange based on VB 6.0

  7. 基于UG的飞机整体壁板类零件数字化展开

    UG-Based Digital Development of Aircraft Integral Panel Parts

  8. 基于SolidWorks环境的壁板挤压模虚拟装配

    The Virtual Assembly of Wainscot Extrusion Dies Based on SolidWorks

  9. 密肋壁板结构计算模型及Pushover分析

    Calculation model and Pushover analysis for a multi-ribbed slab structure

  10. 应用开发语言对solidworks二次开发,实现了壁板挤压模的虚拟装配和干涉检验,缩短了零件的设计周期,降低了企业的生产成本,满足了用户的需要。

    The virtual assembly and interference examination of the wainscot extrusion dies have been realized by exploitation language Solid Works , hence shorter part design cycle and lower production cost and meeting demands of customer .

  11. T型壁板RFI缝合复合材料的屈曲性能

    Buckling performance of T-shape RFI stitched composites panel

  12. 自由运动物体被装上CCD相机用以摄取壁板上的图案,并通过无线电将信号传输到屋内固定的计算机上。

    Three CCD cameras or at least one mounted on the object are used to take the images from the wall patterns , which are transferred to the computer via radio .

  13. 基于ANSYS软件平台,对壁板型材挤压过程进行了三维有限元模拟和分析,获得了型材挤压过程的位移场、应变场、应力场。

    The FE simulation of profile extrusion forming process was done . Based on the ANSYS software , 3-dimensional displacement , stress and strain fields of profile extrusion for plate aluminium were acquired .

  14. 利用迦辽金法将壁板颤振模型转化为常微分方程组,并使用Gear的BDF方法进行数值求解。

    Then , the partial differential governing equation was transformed to ordinary differential equations by use of Galerkin method , and solved with Gear 's BDF method .

  15. 为了验证所提方法的合理性,针对对称共线多裂纹的MSD壁板的Dugdale模型进行了剩余强度估算。

    Calculation of residual strength is performed for Dugdale model of symmetric collinear MSD panel by proposed approach .

  16. 进行了含多处损伤(MSD)的未加筋LY12CZ铝合金壁板的剩余强度试验。

    The residual strength tests of unstiffened aluminum alloy LY12CZ panels with multiple site damages ( MSD ) were carried out .

  17. 研究了PVC工业壁板的配方与成型工艺,大幅度提高了产品的力学性能、老化性能、高低温性能,其燃烧性能已达到GB8624B1级水平。

    The formulation and technology of PVC industrial wall plate is researched . The mechanical property , ageing resistance and high & low temperatures resistance of the product are greatly raised . The combustibility of the product has reached GB 8624 B1 rating .

  18. L11飞机机翼1肋壁板对接区可靠寿命估算

    Reliable life estimation for butt-joint area of l_ ( 11 ) aircraft No.1 wing rib panel

  19. 采用VonKarman大变形应变&位移关系、基于一阶活塞理论的气动力公式以及准定常的热应力理论建立了考虑热效应时复合材料壁板颤振的力学模型。

    . The mechanical model of panel flutter considering thermal effect is established by the use of von Karman large deflection strain-displacement formulations , quasi-steady first-order piston theory aerodynamics and quasi-steady thermal stress theory .

  20. 澳大利亚交通部长达伦•切斯特(DarrenChester)透露,来自马来西亚的一个调查小组发现,两块残骸与马航一架波音777(Boeing777)客机的壁板一致。

    An investigation team from Malaysia has found that two pieces of debris are consistent with panels from a Malaysia Airlines Boeing 777 , according to Darren Chester , Australia 's transport minister .

  21. 采用VonKarman大变形理论及Kelvin粘弹阻尼模型建立壁板的动力学方程,通过线性活塞理论建立气动力模型。

    Von Karman 's large deflection theory and Kelvin 's viscoelastic damping model were applied to derive the governing equation , while the first order piston theory was used to simulate the gas pressure applied on the panel .

  22. 参照美国API650和日本JISB8501设计规范制订了4种结构设计方案,计算得到各方案中壁板应力与底板应力大小,并进行相互比较。

    Four different structural design proposals were made according to design criterions of API 650 and JIS B 8501 , in each proposals stress calculations were done and the results were compared .

  23. 采用SEM、XRD和DTA等手段研究其显微结构及性能,表明该材料是一种理想的船用保温材料,可广泛用于舱室系统的复合壁板、天花板、各类防火门和活动地板等。

    Its microstructure and performance was investigated by means of SEM , XRD and DTA etc. It is indicated that this material is ideal for ship and can widely be used for composite board , ceiling board , all kinds of fire doors and detachable floor etc. for cabin system .

  24. 并且通过实验,给出了探头表面对6328A橙红激光的反射率随温度变化的曲线,以及高温壁板上垂直装置的杆件上的温度分布曲线。

    The reflectivity-temperature curve of the probe surface to 6328 A laser , and the temperature traverse curve of the staff installed perpendicularly on a high temperature wall-plate are given .

  25. 使用计及壁板横向剪切效应的三结点三角形Mindlin板单元(MIN3单元)推导出考虑热效应的颤振有限元方程,并给出了在频域和时域求解其颤振方程的方法。

    In panel flutter equations three-node triangular Mindlin plate element is adopted to consider the transverse shear effect of composite panels . The solving approaches for panel flutter equations in time domain and frequency domain are also presented .

  26. 使用三结点三角形Mindlin板单元(MIN3单元)推导了壁板热颤振的有限元方程。

    ( 3 ) . The finite element equation for linear and nonlinear panel flutter analysis using the triangular three nodal Mindlin element ( MIN3 ) which considers the first order shear strain in the plate is formulated .

  27. AK4-1材料的高筋条壁板条拉伸成型,目前在我国飞机制造业中,不论结构还是材料、工艺成型都是全新的。

    In our manufacture , HFP stretch forming is first both in process and in material ( AK4-1 ), and it is a key role in aircraft manufacture in out country .

  28. 湿式气柜壁板腐蚀开裂原因探讨

    Study on Corrosion Cracking of Wall Plates of Wet Gas Holder

  29. 壁板、墙肢平面外承载能力计算&井塔塔身设计问题之三

    Out of plan Endurability Analysis of Wall Slab and Wall Limb

  30. 整体加筋壁板的破损安全特性与断裂控制分析

    An Analysis of Fail-Safety and Fracture Control of Integrally Stiffened Panels