vehicle n. 1.车辆;载运工具;飞行器;运行工具。 2.媒介物,媒质。 3.【药学】赋形剂。 4.【绘画、化】展色料,载色剂。 a space vehicle太空船。 an escape vehicle太空飞行器。 a rocket vehicle火箭。 a staged vehicle多级火箭。 a seeking vehicle自动寻找目标的火箭。 an airborne vehicle飞机载运导弹。 the greater [lesser] vehicle【佛教】大[小]乘。 Language is the vehicle of thought. 语言是表达思想的工具。
engineering n. 1.工程(技术),工程学。 2.开车技术。 3.土木工程,工事。 4.操纵,管理。 civil [clectrical, mechanical, mining] engineering 土木[电机,机械,采矿]工程(学)。 aeronautical [marine] engineering 航空[轮机]工程。 the E-Corps 工兵部队。 engineering geology 工程地质。 engineering science 技术科学。 a key engineering project 关键工程。 military engineering 工兵学。 an engineering worker 技工。 field engineering 安装技术。 rocket engineering 火箭技术。 Nature engineering 天工。
Adams modeling and ride comfort simulation for engineering vehicle 建模与平顺性仿真
Self powered heavy duty engineering vehicle 动力机械车辆
Displacement transducer in four - wheel steer control of engineering vehicle 工程车四轮转向控制用位移传感器设计研究
Application in letter should be made to engineer vehicle approval planning , motor vehicle 申请应以书面方式寄交运输署
We have vacuum tyre and common tyres for motorcycles , cadingvhe , engineering vehicles , slide board and beach vehicless 公司主要产品有各种规格的摩托车、卡丁车、工程车、滑板车等真空胎系列,普通胎系列。
Back in the car . a wide range of engineering vehicles , cur infants , and signposts portfolio . beautiful and lovely children , educational toys 回力车子.各种各样的工程车,小人儿,和路标组合.漂亮又可爱,是儿童的益智玩具
In this application background , the dissertation researches on engineer vehicle recognition system model based on the profile of the vehicle 在这样的应用背景下,本论文主要研究了工程车辆的外形特征自动识别系统的模型。
After more than one thousand engineering vehicles were tested in more than one year , the system ' s running credibility was approved and higher appraisement from the users was given 经过一年多的使用,检测了上千辆工程机械,系统运行可靠,受到用户好评。
Hydro - pneumatic suspension is the key structure to develop the modem engineering vehicles , and can meet the demands of ride comfort and handing stability of the engineering vehicles 认为油气悬架是发展现代工程车辆的关键结构,能够满足工程车辆平顺性和操纵稳定方面的要求。
The simulation results showed that the intelligent shift control could improve the powertrain efficiency of the engineering vehicle , and could overcome the low realtime behavior of neural network in the meantime 仿真结果表明,该控制方法提高了工程车辆液力机械传动系统效率,有效地克服了神经网络控制实时性差,难以在工程实际中应用的问题,实现了换挡控制的智能化。