thermal element

英 [ˈθɜːml ˈelɪmənt] 美 [ˈθɜːrml ˈelɪmənt]

热元件

化学



双语例句

  1. Contact and Thermal Parameterized Finite Element Analysis on Automotive Drum Brake
    汽车鼓式制动器接触及热参数化有限元分析
  2. The dynamic welding residual stresses by plug welds, continuous welds and intermittent welds in sheet structure were simulated and analyzed by using thermal elastic-plastic finite element method.
    运用有限元方法,对大型客车车身薄板结构焊接时采用的电铆焊、连续焊、断续焊及塞焊的残余应力进行了热-弹塑性数值模拟。
  3. Thermal balance and finite element analysis of temperature field for hot runner plate
    热流道板的热平衡及温度场的有限元分析
  4. Numerical Analysis of Multi-Layer Insulation Foils ′ Thermal Resistance ′ s Influence on Thermal Conductivity metal element strip bolometer
    金属多层隔热结构反射屏热阻对传热性能影响数值分析金属元件测辐射热计
  5. Application of Thermal Protective Element in Micromotor
    热保护元件在微电机中的应用
  6. Measures to Improve Stability of Thermal Bimetal Element
    热双金属元件的稳定性
  7. The temperature-resistance character and the time stability of thermal sensitive element for temperature monitoring are a important function.
    对温度在线检测用热敏元件的阻温特性和时效稳定性尤为重要,可确保其准确、可靠和长期运行。
  8. Thermal Bimetal Element and Its Process Technology I. Working Principle and Main Technical Performance
    热双金属元件及其制造工艺第一部分热双金属工作原理及主要技术性能
  9. In this paper, a program based on axisymmetric thermal elastoplastic finite element method has been developed.
    本文运用热弹塑性理论,给出了轴对称条件下热弹塑性应力有限元分析关系式。
  10. Calculated unit rotor's temperature and thermal stress in finite element analysis
    有限元分析法计算汽轮机转子温度应力场
  11. Choose appropriate material parameter to ensure the convergence, with the order coupling thermal stress finite element, calculate the welding residual stress and residual deformation.
    在高温时选取合适的材料性能参数以适应收敛性要求,结合顺序耦合场热应力有限元分析方法,求得转轮的焊接残余应力分布和残余变形规律。
  12. The principle of the methane detection using thermal carrier catalysis element was discussed in the paper. An improved method of synchronous detection for power and output voltage of bridge was put forward.
    论述了热载体催化元件检测法的原理,提出了对电桥电源和电桥输出电压同步测量的改进方案,有效地提高了测量精度。
  13. Temperature Parameters for Thermal Stress Finite Element Analysis of Masonry Structure
    有限元计算砌体结构温度效应时的参数取值
  14. The results of this paper have a guiding significance for the design of SMA as thermal driving element.
    实验与数值计算结果吻合较好,研究结果对于以形状记忆合金作为热驱动元件的设计具有一定的指导意义。
  15. According to relative degree-of-freedom ( DOF) theory, this dissertation also studies relative DOF thermal shell element, and compares the advantages of this element with others by numerical examples.
    与此同时,把使用超参数温度壳元计算结果和相对自由度温度壳元计算结果相比较,表明了超参数温度壳元和相对自由度温度壳元有良好的一致性。
  16. Using the thermal elastoplastic finite element method, it analyzes deformation characteristics of the welding beam, compares the validity of the computational result with experimental data. This method can be used in the prediction of welding deformation of large thin wall structures.
    主要采用热弹塑性有限元法分析焊接时梁的变形情况,结果与实际吻合得非常好,为后面预测大型薄壁结构的焊接变形奠定了基础。
  17. 3d-degenerated thermal shell element analysis in composite laminates
    复合材料层合板壳的三维退化热壳元分析
  18. Taking into account temperature-dependent thermal conduction and heat capacity, a three-dimensional transient thermal finite element model has been developed.
    在考虑随温度变化而变化的热传导、比热容等热物性参数的作用下,建立直接金属多道烧结的三维温度场有限元模型。
  19. Thermal Finite Element Analysis for Transmission Gearbox
    车辆传动变速箱的稳态热分析
  20. The Study of the Time Stability for Thermal Sensitive Element in the Temperature Online Monitoring
    温度在线检测用热敏材料时效稳定性的研究
  21. According to the characteristics of hot extrusions, a three-dimensional coupled thermal-mechanical finite element equation was set up based on the thermo-elasticity mechanism and finite strain theory in this paper.
    根据热挤压模具的工作特点,基于热弹性力学和有限应变理论,建立了三维热力耦合弹塑性有限元方程。
  22. The paper has researched weld distortion by thermal elasto-plastic finite element techniques, and carried out an experiment.
    二,应用热弹塑性有限元方法研究了焊接角变形问题,并进行了实验验证。
  23. The transient and then residual stress in welded joints with thermal expansion coefficient ( simply TEC) mis-matching between the weld metal and the parent metal are investigated by using the method of thermal elasto-plastic finite element analysis in this paper.
    采用热弹塑性有限元法对焊缝与母材线膨胀系数匹配对焊接过程中的动态应力以及残余应力的影响规律进行研究。
  24. The die forming process of a hydro turbines blade was simulated by the thermal coupled finite element method.
    采用热力耦合三维刚塑性有限元方法,对水轮机叶片模压成型工艺进行了模拟研究。
  25. The paper points out that the identity and stability of thermal bimetal element is the key to improve the quality of low voltage apparatus product. It introduces the methods to control the stability of thermal bimetal element and quality control measures in the process of assembling units.
    指出了解决热双金属元件的一致性和稳定性是提高低压电器产品质量的关键,介绍了控制热双金属元件稳定性的方法,及在元件装配过程中的质量控制方法。
  26. The thermal stress in magnetron sputtered Al coating on uranium substrate was studied by thermal elastic plastic finite element method ( FEM).
    对铀表面磁控溅射沉积铝镀层的热应力进行了热弹塑性有限元分析。
  27. With multi-layer welding thermal elasto-plastic definite element method, the numerical demonstration is carried on to prove the engineering estimation formula of welding residual stress in the weld zone of butt welding structure provided in literatures.
    利用多层焊热弹塑性有限元程序,对文献中所提出的对接焊结构焊缝区的残余应力估算公式进行数值验证。
  28. Theory and Calculating Method of Cutting Temperature Measurement by Natural Thermal Element with Temperature Compensation
    具有温度补偿的自然热电偶法测量切削温度的原理及计算方法
  29. Thus the cooling structure was in reason. The thermal controlling finite element model for the beam pipe was built according to the real material and size of the beam pipe model.
    根据束流管模型件的实际尺寸及材料,建立了束流管热控制整体有限元模型。
  30. Conducted coupling finite element modelling of steady-state thermal field and stress field together with steady-state thermal field and stress field simulation of the piston rings of different material based on the transient-state thermal filed finite element model. 4.
    在瞬态温度场的有限元模型基础上,对不同摩擦状态下不同材料的涨圈密封环进行稳态温度场以及热应力的仿真分析。