大型客车

BRT大型客车铰接装置控制系统设计

Design of control system for BRT large bus articulated device

大型客车市场中豪华型客车增速将放缓，普通型城市公交客车将成为大型客车主导产品；中型客车市场中车长为7m～9m的中高档中型客车将热销。

The luxurious buses in large bus market shall slow their growth speed , the popular city public buses shall become a main product in large bus market , the medium buses with 7m-9m length in medium and high grades in medium bus market shall be in better sales .

基于ADAMS的大型客车空气弹簧前悬架仿真分析与比较

Simulation and Compare of the Front Air Suspension of Large Passenger Car Based on ADAMS / CAR

针对某型大型客车的CAN／LIN混合网络和智能化电器，提出了一种新型的不变线束的设计方案，并介绍了其设计过程。

A new harness design is presented based on CAN / LIN hybrid network and intelligent electric appliance for a bus , and its design process is also introduced .

声强法识别大型客车主要噪声源

Identification of Main Noise Source of Coach with Sound Intensity Method

某大型客车公司职业危害调查

Investigation on the Occupational Hazards in a Large Car Manufacturing Company

大型客车发动机冷却系统与除湿供冷联用的空调系统

Integrated motor cooling and desiccant cooling for bus air conditioning system

大型客车后桥壳半轴的真空电子束焊接

Vacuum Electron Beam Welding for Rear-Axle Housing Semiaxle of Coach

大型客车车外噪声测试分析与控制

An Investigation and Control of Exterior Noise on Large Bus

论大型客车火灾危险性及其技术防范措施

On Fire Risks in a Bus and Technical Preventive Measures

大型客车车身结构正面碰撞有限元分析

Finite Element Analysis of Coach Body Structure Frontal Impact

一种基于CAN/LIN网络的大型客车线束设计

Harness Design Based on a CAN / LIN Network for a Large Bus

三段式大型客车车架模态分析

Mode Analysis of a Three - part Bus Frame

大型客车燃油消耗量分布模型的拟合优度检验

The Good-of-fit Test of Distribution Model for the Fuel Consumption of Large Buses

大型客车性能的终端用户评价

Terminal User Appraisal to the Large Buses Performance

力流分析法在大型客车车身结构分析上的应用

The Application of Load Path Analysis in the Large Sized Bus Body Structure Analysis

JN652型大型客车车身强刚度设计的有限元分析

Finite Element Analysis for Strength and Rigidity Design of JN-652 Larger Bus Body Frame Structures

大型客车采暖系统设计

Design of Heating System in Coaches

在我国目前有大型客车生产企业28家，其它中小型的生产企业数不胜数。

In China there are 28 large bus manufacturing enterprise , and many other small and medium enterprises .

吸附除湿制冷空调系统的研究现状及发展趋势吸附-冷却式除湿制冷空调在大型客车中的应用

Present Status and Tendency of the Desiccant Cooling Cycle Research on Adsorbent-Cooling Dehumidification Refrigeration System of the Bus

目前国内大型客车和重型车辆通常采用后置发动机，使用机械变速操纵系统。

The current domestic large passenger cars and heavy vehicles usually adopt rear mounted engine and manual mechanical transmission .

岳洲牌大型客车的空调系统控制电路与小型车辆上的空调系统控制电路有所不同。

The air conditioning system controlling circuit of Yuezhou brand passenger car is different from that of small vehicles .

大型客车第1阶段燃料消耗量限值的实施可降低12%的能量消耗和11.8%的温室气体排放；

The first phase of the fuel consumption limits can reduce energy consumption and greenhouse gas emissions by12 % and11.81 % respectively ;

最后，理论与实际相结合，对我公司的LCK6122型大型客车采取了相应的噪声控制措施以及并其进行了测试和优化。

Describe the actions of noise control , noise detection and optimization in our coach detailedly , which have met with the expectation .

如果你喜欢驾驶，你可能得把你的驾照升级一下，从而你能驾驶大型客车或大型货车。

If you enjoy driving , you may want to upgrade your driver 's license so that you can drive a limousine or an 18-wheeler .

介绍了用真空电子束焊接大型客车后桥壳半轴的工艺方法，并就焊接过程中存在的主要问题进行了分析。

The process of vacuum electron beam welding for rear-axle housing semiaxle of coach was introduced and the major problems in the process of welding was analysed .

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。

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 .

车用加热器这些年发展很快，目前已经广泛应用于大型客车、货车、军车、坦克、中高档轿车等。

Vehicle heater has been developing rapidly these years . It is now widely used in large-scale passenger cars , trucks , military vehicles , tanks and high-class cars .

身高：申请大型客车、牵引车、城市公交车、大型货车、无轨电车准驾车型的，身高为155厘米以上。

Height : For quasi-driving type of large buses , tractors , city buses , large trucks or trolley bus , the height of applicant should be155 cm above .

研究表明，中型客车与小型车单车交通噪声源强相近，大型客车与中型货车单车交通噪声源强相近。

The results show that medium-type coach and small vehicle possess similar levels of single vehicle traffic noise , and the large coach and medium-type truck possess the similar noise levels .