All have been built using lightweight bodies with wheel suspension and usually cage reinforcement for impact protection.
所有已建成使用轻巧机构车轮悬架，通常笼加固保护的影响。
It's a sort of "smart" wheel that contains most of the mechanical parts of the car-drive train, suspension, and braking.
这是种车的“智能”轮胎具备大部分汽车的机械部分功能——驱动系统、悬置系统、制动系统。
The Patrol t pairs classic sidecar styling with modern amenities like two-wheel drive, off-road-ready suspension, and dual disc brakes.
Patrolt将经典跨斗设计与现代理念——例如双轮驱动、可越野悬架以及双重碟片刹车——巧妙的融合在了一起。
Aiming at the decline of maximum braking force caused by the mass transfer during the course of braking, the article advances a method which USES active suspension system to reduce dynamic wheel load.
针对汽车制动过程中质量转移而使最大制动力下降的问题，提出利用主动悬架系统减小汽车动态车轮载荷的方法。
On the basis of this, the integrated finite element model of motorcycle has been established including frame, engine, suspension, wheel, rider and oil box etc.
并基于此，建立整车的有限元模型，包括车架、发动机、悬架、轮胎、乘员、油箱等。
The long wheel base Range Rover LSE showcases a number of 'firsts' for an off-road vehicle including air suspension and electronic traction control.
以长轴距为基础的揽胜LSE创造了越野车一系列的“第一次”，包括空气动力系统和电子牵引力控制系统。
The suspension coop has 10 rolling wheel to touch with the guiding track.
吊笼上装有10个滚轮与导轨架相靠，做相互运动。
On a number of occasions it is not surprising to see the manhole cover completely missing so that if you land a wheel in there it has to be goodbye to your front suspension.
在不同场合也并非令人惊讶地看到井盖完全缺少这样如果你的土地上还有一个车轮便要告别你的前悬挂。
Then vertical contact dynamics of tire is analyzed with contact patch considered, and that of the system composed of wheel, suspension and car body are analyzed by using modal synthesis method.
然后计算了考虑接地印迹长度的垂直接地动特性，并采用模态综合方法分析了车轮、悬架与车身组合系统的特性。
It is well known that the size and performance of suspension system for the motor wheel truck are dependent on the type of working medium used for the supporting cylinder.
电动轮汽车悬挂系统的尺寸大小和性能好坏，取决于它的支撑缸所采用的工作介质的类型。
Then the suspension structure and the automobile wheel alignment parameters that decided by suspension has a direct effect to vehicles handling stabil.
其中汽车悬架的结构型式以及由悬架所决定的汽车车轮定位参数对汽车的操纵稳定性有着最直接的影响。
It is one of trailing arm suspension that can only be applied in the rear axle and cannot be applied in the front steering axle, so there are only two wheel alignment parameters: toe-in and camber.
它属于纵臂式悬架，只能用于后轮，且不能用于转向轮，因此其定位参数只有车轮前束和外倾角两种。
Through KASS analysis calculation, acquire the transformation rule of front wheel location parameter and steering error of McPherson suspension and steering system.
通过KASS程序分析计算，得出麦弗逊悬架和转向系统的前轮定位参数及转向误差的变换规律。
In which the motion law of suspension center is decided by designing a special curve for varied diameter wheel.
其中悬点运动规律是由设计的特殊曲线作为变径轮廓曲线决定的。
Through the drive axle housing , the tractive force, braking force and lateral force act on the wheel transfer to the suspension system, frame or carriage.
作用在驱动车轮上的牵引力、制动力和侧向力，也是经过桥壳传到悬挂及车架或者车厢上。
Through the drive axle housing, the tractive force, braking force and lateral force act on the wheel transfer to the suspension system, frame or carriage.
作用在驱动车轮上的牵引力、制动力和侧向力，也是经过桥壳传到悬挂及车架或者车身上。
The main work for research:1. Establish 1/4 automobile suspension mathematical model, get a transfer function of wheel to the testing pressure when the inputs is a testing displacement.
在本课题研究中，主要研究工作包括：1、建立汽车1/4悬架系统的数学模型，并计算得输入为测试台位移，输出为车轮对测试台压力的系统传递函数。
Simultaneously, the study for gimbal magnetic suspension momentum wheel can benefit the integrated power and attitude control system technologically.
同时，万向磁悬浮动量轮的研究也为集成能源与姿态控制系统的研究提供了技术支持。
Find the way to adjust the wheel alignment parameters, which are difficult to adjust in MacPherson suspension by analyzing the structure of this kind suspension.
通过对麦弗逊式前悬架结构的分析，对该种悬架中一些难以调整的定位角度提出了调整办法。
A leather-wrapped or leather and wood trim steering wheel was also made available, alongside an upgraded suspension and steering system.
阿皮革或皮革包裹的方向盘和木饰也有人用，同时升级后的悬挂和转向系统。
Even more important on these front-wheel drive only cars is the front suspension.
更重要的就这些前轮驱动的汽车是唯一的前悬挂。
This paper will provide theoretical basis and research methods which can lead our country to develop high-tech heavy vehicle road-friendliness suspension that can reduce the dynamic load of wheel.
本论文将为我国开发能够减小道路破坏的载重汽车道路友好悬架提供理论基础和研究方法。
The ADAMS software is used to build the front suspension and steering system model, and simulation analysis on the model is done by means of wheel flouncing.
本文应用汽车动力学分析软件ADAMS建立了汽车前悬架—转向系统的仿真模型，并采用单轮激振方式对模型的动力学特性进行了仿真分析。
Suspension is an important component that link body with wheel on vehicle. During the using, the impact loads that come from road surface can make the fracture damage of suspension.
悬架是车辆中联结车身和车轮的纽带，具有承上启下的关键作用，在使用过程中来自路面的冲击载荷容易造成悬架的断裂破坏。
Optimal Damping Ratio(OPR) of a suspension system was existed and proved by linear vibration model on suspension system of multi-wheel vehicle.
在多轮车辆悬挂系统线性振动模型基础上，证明了悬挂最优阻尼比的存在。
Based on the kinematical analysis of two generally used suspension-wheel systems, a mathematical method for calculating the envelope of the bounced and rotated wheel is established.
为适应轿车布置设计的需要，在对轿车常用的两种悬架一车轮系统运动分析的基础上，建立了计算车轮运动轨迹最小包络面的数学方法；
Through the drive axle housing, the tractive force, braking force and lateral force act on the wheel transfer to the suspension system, frame or carnage.
作用在汽车驱动轮上的三种力即制动力、牵引力和侧向力，同样也是经过桥壳传到悬挂及车架或者车身上。
Rear wheel with suspension and brake.
后轮刹车减震。
Rear wheel with suspension and brake.
后轮刹车减震。
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