介绍了俄罗斯一种新型车体结构。
介绍了城市轨道客车车体结构的振动试验方法。
This paper discusses vibration test method for urban rail passenger car body structure.
就电液伺服系统在可倾车体结构中的应用进行了讨论。
The application of electro-hydraulic servo system to the tilting car body structure is discussed.
分析了蒙皮结构在车体结构有限元分析中的具体影响；
根据高速客车车体结构的特点，建立了结构分析计算模型。
According to the structure characteristic of high-speed car body, analysis and model is set up.
移动机器人车体结构和运动控制系统决定了它的运动能力。
The motion ability of autonomic mobile robot is determined by its body structure and its motion controller system.
用ANSYS分析软件对车体结构进行了分析、校验和修改；
The car-body structure is analyzed, checked and revised with the ANSYS analysis software.
因此，有必要对跨座式单轨车辆的车体结构进行分析和优化。
Therefore, it is necessary to analyze and optimize the Straddle-Type Monorail vehicle body structure.
此项研究的主要目的在于探索机车车体结构疲劳设计的解决方法。
The main objective of this research is to explore a method how to solve the fatigue design problem of the locomotive car-body structure.
本文的结果对车体结构中的碰撞吸能元件的设计提供了有价值的参考。
This result can give a valuable reference to design of the impact absorption energy component in car.
整体承载是在高速动力车车体结构上采用的一种新的机车车体承载方式。
Integral bearing is a new bearing way of locomotive body used on the structure of body of high speed motor cars.
结果表明，车体结构上的质量块及其形心位置对基频的影响是非线性的。
The result shows that the influence of basic frequency affected by the mass block of vehicle body structure and its location of centroid is nonlinear.
介绍了70%低地板轻轨车车体结构特点、总组装工艺及部分工艺装备。
Described are the structure features, total assembly technology and some technological equipment for 70% low floor, light rail car-bodies.
负责新车型车体结构设计及车身主断面与总布置中与车身相关的可行性分析；
I had ever been responsible for body structural design of new automobile types and the feasibility analysis of body main section and body-related general arrangement.
通过介绍某机车车体详细的有限元模型，描述了对车体结构分析的基本过程。
The detailed finite element modal (FEM) of a locomotive body and the basic analysis process of the body are described.
一般说来，车体轻量化是通过使用轻型材料和优化车体结构两种途径来实现的。
In general, lightening weight of bodywork is achieved by using light-duty material and optimizing the structure.
一种后部车体结构，包括有一根后部侧梁、一个侧门槛内侧以及一个后部底板。
One kind of the rear vehicle body structure including a rear side of the beam...
最初的技术转嫁中有水平对置“拳击手”发动机，以及单体横向车体结构建造技术。
Prime among these technology transfers is its horizontally opposed "Boxer" engine and its monocoque body construction.
结果表明了撞击能量的有效耗散和车体结构的有序变形，验证了设计的合理性和可行性。
The results show the effective dissipation of the crash energy and the ordered deformation of the car-body structure, so that the reasonability and feasibility of the design are verified.
依据车体结构的静强度报告对测试数据和仿真结果进行比较分析，并对结构薄弱处进行补强改进；
According to structural static strength testing report for trailer body, the testing results are analyzed and calculated results is contrasted, the places which is frail should be reinforced;
本文利用结构振动理论对自行车车架与前叉组成的车体结构系统进行了振动特性分析，计算了前叉的动应力。
In this paper, vibration characteristic analysis is carried out for the system of bicycle structure, composed of its frame and fork.
采用有限单元法对车体结构的强度、刚度、稳定性、挠跨比、扭转刚度进行计算，为车体设计提供了参考依据。
The strength, rigidity, stability and torsional rigidity of the bodywork structure were calculated by using finite element analysis. Thus the optimum fillet of the bodywork structure can be specified.
最后通过计算分析，校验说明该车体结构设计合理，满足了机车总体布置和国家相关标准对机车静强度的要求。
The computation analysis shows that the car body structure design is reasonable and meets the locomotive general (arrangement) and relevant national standards for (locomotive) static strength.
应用计算机辅助设计和有限元网格划分的技巧和方法建立有限元模型，有效解决车体结构复杂和尺寸庞大的问题。
With modern CAD method and smart skill of making mesh used, finite element (FE) model is established and the problem of complicated structure and large dimension is solved.
最后，结合仿真中得出的侧面柱碰伤害的特点，对车体结构进行相应的改进，一定程度上提高了车辆的侧碰安全性。
At last, combining the characteristics of injury in pole side impact, improve corresponding structure of the car body, and improved the side impact safety of vehicle to some extent.
本文以结构优化设计理论和方法为基础，利用ISIGHT软件对集装箱专用平车车体结构进行了轻量化的优化设计。
On the bases of theories and methods of structural optimization, this paper utilizes the software, ISIGHT, to minimize the weight of special flat railway container vehicle body.
在客车安全中尚有许多值得深入研究的领域，如客车安全相关法规、客车车体结构、客车CAE工作和安全车身的制作等。
But there have been a lot of problems about bus and coach safety to be solved, such as safety regulation, structure, CAE work, manufacture.
本文在广泛吸取国内外机械结构疲劳问题的研究成果的基础上，对某型机车车体结构的疲劳问题的研究进行了大量的工作。
Widely absorbed some new advantages of mechanical structure fatigue of the domestic and abroad, lots of researches on fatigue problem of locomotive car-body has been done in this thesis.
并明确了车体有限元分析的主要影响因素以及对车体结构分析的基本步骤，为利用ANSYS对机车车体结构分析提供了参考依据。
The main influence factors of the FEM are pointed out, and some structural analysis methods are proposed . It provides a reference base for using ANSYS to analyse the body' s structure.
对某大型落下孔车车体进行了结构分析及稳定性计算。
The bodywork structure in a well car and the calculation of its stability were analyzed.
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