查询词典 road

N the high-road which led through a wood stood a solitary farm-house; the road, in fact, ran right through its yard.

在公路旁的一个树林里，有一个孤独的农庄。人们沿着公路可以一直走进这农家的大院

The inverse fast Fourier transformation was applied to generate road irregularity and its velocity term of grade B according to power spectral density of road roughness.

结果表明：曲线梁桥的位移和内力动力放大系数大于直线梁桥的，且不同位置不同项目的内力和位移之间的动力放大系数的数值差别很大。

The results of real road test and data analysis indicate that the method is feasible with good theoretical base and provides supports to the generation of simulation road for virtual test of prototype vehicle.

通过实际测试和数据处理分析，说明该方法理论依据正确可行，可以为虚拟样机仿真路面的生成提供数据支持。

Scenario we have seen is that in real life the mother with her baby riding on the donkey's back, under the guidance of her husband and fellow traveler on the road in the countryside Hill Road, which is a secular scene alive.

我们所见情景，就是现实生活中的母亲抱着孩子骑在驴背上，在丈夫引导下和同路人在乡间山道上行进，这是一幅活生生的世俗画面。

On the basis of gathering data from previous study and researching the stabilization and reinforcing technique of the typical high slope in west approach road, through in-situ tracking investigation and monitoring to the west road, and by way of studying the interaction between slope body and anchoring structure, monitoring data, the result of grey prediction and fuzzy comprehensive assessment, and adopting the idea of integrating prototype investigation and indoor experiment analysis, mechanism analysis and simulation research method, safety factor analysis and interacting relationship study, in-situ monitoring and safety evaluation, and using the theories of engineering geology, geotechnique, rock body mechanic, finite element method and fuzzy mathematics, this paper studies the long-term safety of the typical high slope specially.

本文在收集前人研究资料的基础上，采用原型调研与室内分析相结合、机制分析与模拟研究相结合、安全系数分析与相互作用关系研究相结合、现场监测与安全性评价相结合的思想，通过对鹧鸪山隧道西引道典型高边坡的现场跟踪调研与监测，运用工程地质、岩土工程、岩体力学、有限元理论、灰色系统理论、模糊数学等先进理论和方法，在对西引道典型高边坡的稳定性、整治与加固技术研究的基础上，通过边坡地质体与锚固结构相互作用分析、边坡监测数据分析、边坡变形灰预测分析以及模糊综合评判等途径，重点对治理后的典型高边坡的长期工程安全性进行了系统深入的研究。

It Simulates the street intersection changing restriction and road section available condition with transition matrix and a flag bit , which simulated the simply limitd road network .

首先，在综合分析和研究已有的基于路网的k近邻查询方法基础上，改进了Island方法中的路网建模部分，用过渡矩阵及一个标志位来模拟路口转向限制以及路段是否可用状况，从而模拟了简单受限路网。

According to the laws of WTO and concerned clause about road transport in China-American bilateral agreement about Chinese entering into WTO, this article describes the possible changes and in flounce and attacks in highway traffic of Shaanxi province in theory and practice after the entering into WTO from the conditions of road constructing.

并根据WTO管理世界经济和贸易秩序以及中美两国就中国加入WTO所达成的双边协定中有关道路运输服务贸易的对外开放，从陕西道路基础建设、道路运输、道路运输管理的现状研究入手，在理论和实践上探讨了中国加入WTO以后，陕西道路运输业可能发生的变化和由此带来的冲击和影响。

From July 2006 to October 2007, have constructed four animal spaces, respectively is Animal space 1, forint road (60 level ground) Animal space 2, supine German main road (7200 level ground) Animal space 3, Dongshan big hole (2000 level ground) The animal space 4, three gathers the courtyard 1200 level ground

我们在2006年07月~2007年10月，建设了四个动物空间，分别是动物空间 1，福林路（60坪）动物空间 2，仰德大道（7200坪）动物空间 3，东山大坑（2000坪）动物空间 4，三合院

In this dissertation, two methods were adopted to build dynamics model for vehicle ride comfort analysis: one is eight freedom vehicle ride comfort differential equation model in which lateral movement of driver and vehicle body was considered. Combined with time domain model of random road input, we got the driver and vehicle's moving displacement. The other method, we built a Forland truck virtual prototyping using ADAMS, it is a 3D machine model, totally with 596 freedom degrees, every factor that influences the vehicle ride comfort was considered, finally complete the time domain simulation on random road input.

本文采用两种方法建立了车辆平顺性分析的动力学模型：8自由度车辆平顺性分析的微分方程模型，考虑了驾驶员和车体的侧倾，结合随机路面激励的时域模型，在B级路面输入条件下，进行了时域仿真求解，得到车辆和驾驶员在汽车坐标系中各个方位上随时间历程的运动位移；利用ADAMS软件建立的福田小卡汽车，共计596个自由度的三维实体整车虚拟汽车模型，全面地考虑了影响平顺性的各种因素，然后通过对路面功率谱的变换生成适合于ADAMS/Tire的路面文件，实现了整车虚拟样机在随机输入激励下，车辆振动模型的时域仿真求解。

Find a curvy road in the Protegé, any curvy road, and this car will change your perspective on front-wheel drive.

查找在门徒弯曲的道路，任何弯曲的道路，这款车将改变您对前轮驱动的观点。

You can do some assertiveness training.

你可以进行一些自信训练。

We were well on the path to making a rear-wheel-drive global platform," says Mays."

我们正致力于建立一个后轮驱动的平台，"Mays这样说道。"