Model and Simulation of Bus Driveline Equipped with Eddy Current Retarder 配置电涡流缓速器的客车传动系动力学模型及其仿真
ZF Group is a leading worldwide automotive supplier of driveline products and chassis technology. 采埃孚集团是全球汽车传动系统和底盘系统主要供应商之一。
Maximise the versatility of your truck and prolong its service life with driveline equipment. 传动系统设备尽量增强卡车的通用性并延长卡车使用寿命。
Land Rover introduces a Borg-Warner chain driven transfer box with a viscous coupled centre differential into the Range Rover's driveline. 路虎推出了Borg-Warner链驱动转移箱,在揽胜的动力系统中加入了粘性耦合中央差速器。
Everyone routinely replaces the engine oil without considering the other oils in the driveline. 人们在例行更换机器润滑油的时候,总是忽略掉在动力传动系统中的其他润滑油。
Oil changes can be made without stopping the driveline. 润滑油之更换无需停止动力源。
Tempo, based in Beijing, makes parts for chassis, powertrain and driveline systems. 天宝集团总部位于北京,为底盘、动力系统和动力传动系统生产零配件。
Study on the Test and Generation Methods about Load Spectrum of Wheel Loader Driveline 轮式装载机传动系载荷谱测试与编制方法研究
Strong technical understanding of commercial vehicles and driveline components. 对商务车辆及动力系统有较强的理解能力。
Modeling Simulation and Optimum Design of Driveline for All Terrain Vehicle Based on ADAMS/ View 基于ADAMS/View的沙滩摩托车传动系建模仿真及优化设计
Torsional vibration analysis and simulation of the vehicle driveline based on sensitivity 基于灵敏度分析的车辆传动系统扭振分析及仿真
All driveline components should be examined before starting any repair. 开始维修前应检查所有动力传达线路组件。
Build ZF China into one of the biggest, most powerful and influential enterprises in China's driveline industry. 把ZF中国建成中国传动领域中最大、最强和最具影响力的企业。
Fault Analysis and Improvement of Main Hoist Driveline Reductor of Blast Furnace 高炉主卷扬传动系统减速机故障分析及改进
The parameter ( engine power electromotor power and ratio of driveline) of powertrain system for HEV have notable influence on dynamical performance economical fuel consumption and emission of vehicle. HEV驱动系统参数(发动机功率、电动机功率及传动系速比等)对车辆的动力性、燃油经济性和排放性能均有显著影响。
Hybrid Modelling and Simulation of the Torsional Vibration of Vehicle Driveline Systems 车辆传动系的扭转振动的复合模型和仿真
The automobile driveline has substantial influence on both dynamic performance and fuel economy of vehicle. 汽车传动系对整车的动力性和经济性有很大的影响。
Driveline is an important part in automotive system, which transfers the power of engine to car, at the same time, transfers vibration of itself to car. 汽车动力传动系是汽车系统的重要组成部分,其在把发动机动力传递给了整个汽车的同时,也把自身的振动传递给了整个汽车。
The united computation model of unbranched system and branched system has been built based on the expanded transfer matrix, which can be used to analyse the torsional vibration of vehicle driveline. Making use of the platform in Matlab, the analysis software has been built. 基于扩展的传递矩阵法建立了车辆动力传动系无分支系统和有分支系统的统一数学模型,利用Matlab平台编制了车辆传动系扭转振动分析软件。
Research and Development of Torsional Vibration Analysis System of Vehicle Driveline 车辆传动系扭转振动分析系统研究与开发
By researching on the characteristics of the torsional vibration on the power driveline of vehicle and the torsional vibration on shafts in transient conditions, some useful conclusions were obtained, and it has certain practical and theoretical reference values. 通过对汽车动力传动系的扭振特性研究,以及对过渡工况的轴系扭振基础研究,得出了一些有益的结论,具有一定的实际和理论参考价值。
The design principles for structural parameters of heavy truck driveline on the basis of the engine characteristic field are analyzed. and evaluation targets and methods for design of gear ratios of the driveline are discussed. 分析了基于发动机特性场的重型汽车传动系结构参数设计的原则,讨论了传动系各速比设计的评价目标和方法。
Establish dynamic models such as complete vehicle, driveline, brake, tire, road surface, and apply offline simulation, rapid prototype simulation and ECU in the loop simulation to develop air-brake TCS control logic. 建立了包括整车、动力传动系、制动器、轮胎、路面的动力学模型,应用离线仿真、快速原型仿真和ECU在环仿真等方法开发了气制动TCS控制器控制逻辑。
Realization of Torsional Vibration Analysis and Calculation System of Tracked Vehicle Driveline 重型车辆动力传动系扭转振动分析计算系统的实现
Researchers often take the methods of establish model and calculation to study the torsional vibration of vehicle driveline. 长期以来研究人员对汽车传动系扭转振动的研究一般都是以建模计算为主要方法,通过试验方法对传动系扭转的研究还不多。
Study of vehicle driveline directly affects the automotive performance parameters like dynamic, stability and fuel economic characters. 对汽车传动系统的研究,关系着汽车的动力性、稳定性和燃油经济性等车辆运用指标。
Little people take the test methods to study the torsional vibration of vehicle driveline. 为了便于通过试验的方法来研究汽车传动系的扭转振动状况。
Damping performance simulation analysis of automotive friction clutch torsional vibration damper in the automotive driveline was conducted after the virtual prototype for automotive driveline was established. 建立了整车动力传动系统虚拟样机,对汽车摩擦离合器扭振减振器在汽车动力传动系统中的减振性能进行了仿真分析。
With the appearance of new design methodology and new manufacture technology, the accuracy of driveline is improving fast. 另外伴随着新加工技术和新设计方法的频现,精密传动系统的精度也在不断提高。
The nonlinear characteristics of the engine and the clutch is analysed and studied. The load characteristics of the driveline is analysed. 对此,深入研究和分析了发动机的非线性特性与离合器的非线性特性、操作特点,分析了传动系的载荷特征。