Europe can never die: Euroscepticism is too essential an element of too many Tories' Conservatism.
欧洲不会消亡：对党内太多太多人来说，欧盟怀疑论是其保守观点里尤其重要的因素。
The sheathed standard Pt resistance thermometer composed of sensitive element, leads, insulator, and stainless steel protective tube is a die assembly after it was drawn out.
铠装标准铂电阻温度计是将敏感元件、中间引线、绝缘粉料、不锈钢外保护管组装后，再经模具拉制成的坚实整体。
Element, method of attaching element to plate-like component, assembly and die button.
元件，该元件固定到一板状组件上的方法，组件总成及模扣。
The heat radiation die set and the heat radiation system can ensure that heat generated by the operation of an electronic element can be rapidly transmitted to outside environments.
所述散热模组和散热系统可使一电子元件运作时所产生的热，能快速传导至外界环境。
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。
A finite element model was established to simulate the forming process of double curvature honeycomb sandwich panel under the conditions of "nails die, vacuum".
建立了双曲率蜂窝夹层板在“点阵钉模、真空负压”条件下成形的有限元分析模型。
A processing plan of progressive die stamping for chain element was established according to the shape, dimensions of the part and requirements for production.
根据链节零件的形状、尺寸及其生产要求，制定了级进模冲压成形工艺方案。
The finite element analysis (FET) software ANSYS have been used to simulate the temperature and stress distribution in stacked die package under power load.
应用有限元分析软件ANSYS，模拟功率载荷下叠层芯片封装中各层的温度和应力分布。
The simulation results show the validity of employed finite element method and it can provide theoretical instruction for aluminum extrusion die design and technique parameters selection.
模拟结果表明所用有限体积法是有效的，可以为铝型材挤压的模具设计与工艺参数的选择提供理论指导。
The main forming process of 7005 aluminum by porthole die is simulated with the FEM (finite element method).
用有限单元法对7005铝合金通过平面分流模成型齿轮泵体型材的主要过程进行了模拟。
Simulation analysis by finite element software DEFORM was done to optimize the extrusion die structure for manufacturing powder metallurgical molybdenum tubes.
为了优化粉冶坯钼管材挤压模具结构，应用DEFORM有限元软件对挤压工艺进行模拟。
Besides, based on experimental results, the adaptability of present element model on size of the die-corner in tools is also analyzed.
同时，结合实验研究了此类单元对工具弯曲圆角大小的适应性。
The analysis model, including process chain, geometry of the die, the elastic-plastic finite-element is built according to the practical process.
从挤压成形齿轮的制造工艺链出发，建立了精确模拟分析的工艺过程模型、几何模型、弹塑性有限元模型。
Using finite element analysis for forming process and die structure of precision gear were introduced.
综述了有限元模拟分析技术在精密齿轮冷挤压成形与模具结构设计中的作用。
Through the ug modeling, modification design on the structure, finite element analysis and interpretation of the die working reliability.
通过UG建模，修正设计的有关结构，有限元分析诠释了模具工作的可靠性。
An optimization method for preform die shape in non-isothermal metal forming using plastic finite element method, sensitivity analysis and engineering optimization algorithm is presented.
采用塑性有限元、灵敏度分析和工程优化算法相结合的方法，对非等温成形过程中预锻模具形状进行了优化设计。
The failure form of rotary roll cavity die for straight tooth bevel gear was analyzed, and the finite element simulation method was employed to change the processing parameter of rotary roll.
分析齿轮摆辗凹模的失效形式，并且通过改变直齿圆锥齿轮摆辗的工艺参数的有限元模拟，探讨了凹模进给量、摩擦系数和摆头倾角的改变量对凹模应力影响以及对凹模失效形式的影响。
The finishing die was designed. According to finite element numerical simulation method, the filling state, load prediction and bending deformation of the local finishing process were obtained.
设计了局部精整模具，并应用有限元数值模拟方法分析了局部精整成形过程中的充填情况、成形载荷以及弯曲变形的规律。
Parameterized design of the die is realized in the finite element software, which shortens the die designing time and increases the reliability of the design.
在有限元软件内部实现了模具的参数化设计，既缩短了模具设计时间，又提高了模具设计可靠性。
The life of the biomass pelletizing loop-die is studied using finite element method, and it provides a new method to study loop-die life.
利用有限元分析法对环模的疲劳寿命进行研究，为环模设计提供了一种新方法。
6 patent of invention on main element-heater, Aluminium Die Casting, No creepage, anti-scale, heating efficiency is more than 99.97%.
核心发热体拥有6项国家发明专利，采用铝合金压铸一次成型，永不漏电，不结垢，热效率高达99.97%。
6 patent of invention on main element-heater, Aluminium Die Casting, No creepage, anti-scale, heating efficiency is more than 99.97%.
核心发热体拥有6项国家发明专利，采用铝合金压铸一次成型，永不漏电，不结垢，热效率高达99.97%。
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