- 更多网络例句与滑车轮相关的网络例句 [注：此内容来源于网络，仅供参考]
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If the slope is 16°, load is 100N, and slip ratio increases from 0 to 0.6, the relative errors of predicting normal force, drawbar pull and driving torque between calculation values and experimental data are less than 10%. The model can predict wheel-terrain interaction mechanics effectively for a rover while climbing up slopes.
在斜坡角度为16°，载荷为100N，当滑转率从0增加到0.6时，将模型的车轮斜坡法向载荷、挂钩牵引力和驱动力矩的计算值与实验数据相对比，结果相对误差不超过10%，因而该爬坡模型可以有效地用于月球车轮地相互作用的力学计算。
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Slippage at either set of wheels will send more power to the opposite set of wheels.
两端的车轮滑移一套将派出更多的权力的车轮相反的一套。
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Combining theory with experiment, as well as referring to the research results about the sideslip from the former correlative fruits, to the wheel location parameters, especially the quantitative relation between the wheel camber angle, the wheel toe-in and the measure of the sideslip have been further researched.
根据上述理论分析，提出了在侧滑检测中给汽车施加纵向力的方法，即模拟汽车实际行驶时车身所受到的空气阻力，目的是侧滑检测中汽车通过侧滑台时提高汽车的驱动力，以使汽车的车轮定位参数更接近于汽车实际行驶时的状态。
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The dynamic measuring method of alignment parameters based on the Satisfaction Criterion Model is presented in this paper. Using the quadratic regression crosscut combination method to organize the experiment, the mapping relationship between side force of slippage and camber angle and toe-in of the testing vehicles is obtained by regressing the experiment data. In this experiment, side force and slippage are testing objects, camber and toe-in value are testing factors.
本文提出了基于满意准则数学模型的车轮定位参数智能化动态测量方法，运用二次回归正交组合设计方法组织和安排试验，以车轮外倾角和前束值作为试验因素，侧向力和侧滑量作为试验目标，通过对试验数据的回归处理得到了试验车辆的侧滑量或侧滑量同车轮外倾角以及前束值之间的映射关系。
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When the parameter matching of the wheel location is improper, namely, the matching between the wheel toe-in and the wheel camber angle is ill-suited, abrasion of the two wheels of the same steering axle is inside or outside simultaneously, because of wheels sideslip. However, when double-front-axle steering system failure take place, abrasion of the two wheels of the same steering axle is in the same side, and that, tyre abrasion direction of front and back steering axles is rightabout. That is to say, if tyre abrasion of front steering axle lie in the left side, tyre abrasion of back steering axle lie in the right side to a certainty, which is the rule of tyre abrasion of double-front-axle steering automobile.
当定位参数匹配不当时，同一转向轴上左右车轮的磨损部位都在内侧或外侧，原因是左右车轮在滚动的同时还要产生相向或反向侧滑；而双前轴转向汽车前、后转向轴引导汽车转向方向不一致时，同一转向轴左、右车轮的磨损部位都在同一侧，而且前、后转向轴上的车轮偏磨损方向正好相反，即如果前转向轴左、右车轮磨损部位在左侧或右侧，那么后转向轴左、右车轮磨损部位就在右侧或左侧，这是双前轴转向汽车特有的轮胎磨损规律。
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The device computes degree of slip on the basis of wheel rpm calculated by the ABS sensors and activates two different control systems to restore grip: when an excessive power demand causes both drive wheels to slip (e.g. in the case of aquaplaning or when accelerating over an unsurfaced, snowy or icy road), it reduces engine torque by reducing the throttle opening angle and thus air flow; if only one wheel slips (e.g. the inside wheel following acceleration or dynamic load changes), this is automatically braked without the driver touching the brake pedal.
该设备计算对车轮转速传感器的ABS的基础上计算的滑移程度和激活两个不同的控制系统，以恢复地力：当一个权力过大，导致需求驱动车轮都滑倒在打滑的情况（例如，通过一个或加速unsurfaced，积雪或结冰的道路），它减少了通过减少节气门开度角，从而空气流通发动机扭矩；如果只有一个轮子单（如车轮内的下列加速或动态负载变化），这是自动完成，无需驱动程序的触摸制动刹车踏板。
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The result indicates the wheels dont lock on every road surface, as shows the ability of avoiding the wheel locking. The values of slide ratio approach and revolve round the best slide ratio constantly, which indicates this method utilizes the character of pavement thoroughly, and the braking efficiency is excellent.
结果表明在各种路面车轮几乎没有抱死，显示了自寻优避免车轮抱死的能力；滑移率的值基本上一直接近并围绕最佳滑移率变化，说明该方法充分利用了路面性能，制动性能较好；制动力矩及制动力随着路面条件的变化自动做出相应调整，实现了路面自动识别功能。
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We need to know a little about torque, traction and wheel slip before we can understand the different four-wheel-drive systems found on cars.
1，力矩，附着力和车轮滑移 Torque， Traction and Wheel Slip 在学习不同的四轮驱动系统之前，我需要了解一些力矩，地面附着力和车轮滑移方面的知识。
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The control algorithm prototype was built in the environment of Matlab/Simulink,and a hardwareintheloop platform was established. Using the platform, the control algorithm prototype was verified by testing. The results show that the algorithm can restrict the excessive slip or skid effectively and improve the traction performance,the brake ability and the steering stability of vehicles.
在Matlab/Simulink环境下建立了控制算法原型，并搭建了防滑控制系统硬件在环试验平台，通过硬件在环试验对控制算法原型进行的验证结果表明，算法能有效抑制车轮的过度滑转或滑移，提高车辆牵引性能、制动性能和操纵稳定性能。
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Therefore, automobile in applying the brake time did not hope the wheel applies the brake to hold the dead slipping, but is hoped the wheel applies the brake to the side edge slippery condition.
因此，汽车在制动时不希望车轮制动到抱死滑移，而是希望车轮制动到边滚边滑的状态。
- 更多网络解释与滑车轮相关的网络解释 [注：此内容来源于网络，仅供参考]
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block and tackle system：滑轮组
weighting material 泥浆加重材料 | block and tackle system 滑轮组 | sheave 滑车轮,槽轮,滚子
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Sheathe：覆盖,装鞘,包,套
sheath 外壳,复板,外套 | Sheathe 覆盖,装鞘,包,套 | Sheave 滑车轮,凸轮盘
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Sheave：滑车轮,凸轮盘
Sheathe 覆盖,装鞘,包,套 | Sheave 滑车轮,凸轮盘 | Sheet lead 铅皮
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Sheave：滑车轮
sheath 护套;护层 | sheave 滑车轮 | sheer leg 起重机支架
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alternate sheaves：交错滑车轮, 交替槽轮
alternate scour | 交替冲刷 | alternate sheaves | 交错滑车轮, 交替槽轮 | alternate strain | 反复应变
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wheel splash guard：车轮挡泥板
wheel spoke 轮辐 | wheel splash guard 车轮挡泥板 | wheel spinning 车轮滑转,车轮打滑
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wheelspin：滑转
wheelspin 车轮空转 | wheelspin 滑转 | wheelspindle 轮轴
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wheel locking：车轮抱闸
wheel lock ==> 车轮抱死 | wheel locking ==> 车轮抱闸 | wheel lug ==> 车轮防滑板,车式防滑钉
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tire chain：车轮防滑链
轮毂罩 hub cap | 车轮防滑链 tire chain | 备用胎 spare tire
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wheel spider：车轮轮辐
wheel spin 车轮滑转,车轮打滑 | wheel spider 车轮轮辐 | wheel speed sensor (汽车等的)车轮转速传感器