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road feeling    
相关语句
  路感
    PD control strategy and the factors influencing the driver's road feeling are discussed.
    分析了现有的计算目标电流PD控制策略和PD控制策略下影响驾驶员路感的因素。
短句来源
    Road Feeling Characteristies of Conventional Steering Systems and The Approach to Its Refinemen
    常规转向系统的路感特性及其改善途径
短句来源
    To make the steering system high performance is that the system can carry out multi-goals control according to the vehicle states and driver requirements to acquire the steering handiness, better road feeling, better anti-interfering performance and faster response.
    转向系统的高性能化是指其能够根据车辆的运行状况和驾驶员的要求实行多目标控制,以获得良好的转向轻便性、较好的路感、较高的抗干扰能力和较快的响应性。
短句来源
    Electric Power Steering, is a new high-tech which follows the development of modern automobile, has advantages both in energy saving, environmental protecting, drive safety, making higher steering performance, better road feeling, has shown its tremendous direction.
    在追求高效节能、高舒适性和高安全性的今天,电动助力转向系统(EPS)作为一种全新的汽车动力转向系统,以其节能、环保、更佳的操纵特性和转向路感,成为动力转向技术研究的焦点。
短句来源
    In the paper,taking CA1141 truck as the example,is analyzed,and it is found that its dry friction is a little bigger,steering stiffness is lower and nonlinear road feeling at high speed is not ideal.
    以CA1141载货汽车作为实例分析,发现该车转向干摩擦偏大,转向刚度偏低,高速行驶时的非线性路感不够理想。
短句来源
更多       
  路感
    PD control strategy and the factors influencing the driver's road feeling are discussed.
    分析了现有的计算目标电流PD控制策略和PD控制策略下影响驾驶员路感的因素。
短句来源
    Road Feeling Characteristies of Conventional Steering Systems and The Approach to Its Refinemen
    常规转向系统的路感特性及其改善途径
短句来源
    To make the steering system high performance is that the system can carry out multi-goals control according to the vehicle states and driver requirements to acquire the steering handiness, better road feeling, better anti-interfering performance and faster response.
    转向系统的高性能化是指其能够根据车辆的运行状况和驾驶员的要求实行多目标控制,以获得良好的转向轻便性、较好的路感、较高的抗干扰能力和较快的响应性。
短句来源
    Electric Power Steering, is a new high-tech which follows the development of modern automobile, has advantages both in energy saving, environmental protecting, drive safety, making higher steering performance, better road feeling, has shown its tremendous direction.
    在追求高效节能、高舒适性和高安全性的今天,电动助力转向系统(EPS)作为一种全新的汽车动力转向系统,以其节能、环保、更佳的操纵特性和转向路感,成为动力转向技术研究的焦点。
短句来源
    In the paper,taking CA1141 truck as the example,is analyzed,and it is found that its dry friction is a little bigger,steering stiffness is lower and nonlinear road feeling at high speed is not ideal.
    以CA1141载货汽车作为实例分析,发现该车转向干摩擦偏大,转向刚度偏低,高速行驶时的非线性路感不够理想。
短句来源
更多       
  路感
    PD control strategy and the factors influencing the driver's road feeling are discussed.
    分析了现有的计算目标电流PD控制策略和PD控制策略下影响驾驶员路感的因素。
短句来源
    Road Feeling Characteristies of Conventional Steering Systems and The Approach to Its Refinemen
    常规转向系统的路感特性及其改善途径
短句来源
    To make the steering system high performance is that the system can carry out multi-goals control according to the vehicle states and driver requirements to acquire the steering handiness, better road feeling, better anti-interfering performance and faster response.
    转向系统的高性能化是指其能够根据车辆的运行状况和驾驶员的要求实行多目标控制,以获得良好的转向轻便性、较好的路感、较高的抗干扰能力和较快的响应性。
短句来源
    Electric Power Steering, is a new high-tech which follows the development of modern automobile, has advantages both in energy saving, environmental protecting, drive safety, making higher steering performance, better road feeling, has shown its tremendous direction.
    在追求高效节能、高舒适性和高安全性的今天,电动助力转向系统(EPS)作为一种全新的汽车动力转向系统,以其节能、环保、更佳的操纵特性和转向路感,成为动力转向技术研究的焦点。
短句来源
    In the paper,taking CA1141 truck as the example,is analyzed,and it is found that its dry friction is a little bigger,steering stiffness is lower and nonlinear road feeling at high speed is not ideal.
    以CA1141载货汽车作为实例分析,发现该车转向干摩擦偏大,转向刚度偏低,高速行驶时的非线性路感不够理想。
短句来源
更多       
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This paper,an economic power steering gear performance inspector has been introduced according its requirement.This instrument can inspect the force performance on line,calculate and judge the symmetrical degree and road-feeling intensity.It works steadily,and has high accuracy and high efficiency. It is an ecnomic detection product.

针对动力转向器力特性的测试要求 ,提出采用模块化设计方法研制一种经济型转向力特性测试仪。它能在线检测转向力特性 ,并对其对称度和路感强度进行计算和判断 ,工作稳定可靠 ,测试精度和效率高 ,具有较高的性价比

The central steering test method was initially developed by Delphi company in USA,which is an impor-tant evaluation method to measure vehicle handling and stability when driving at high speed.Various characteristic curves that are different evaluating metrics,such as steering wheel angle vs.lateral acceleration,moment on the steering wheel vs. lateral acceleration,moment on the steering wheel vs.steering wheel angle,etc.can be obtained from the original test data.In the paper,taking CA1141 truck as the example,is...

The central steering test method was initially developed by Delphi company in USA,which is an impor-tant evaluation method to measure vehicle handling and stability when driving at high speed.Various characteristic curves that are different evaluating metrics,such as steering wheel angle vs.lateral acceleration,moment on the steering wheel vs. lateral acceleration,moment on the steering wheel vs.steering wheel angle,etc.can be obtained from the original test data.In the paper,taking CA1141 truck as the example,is analyzed,and it is found that its dry friction is a little bigger,steering stiffness is lower and nonlinear road feeling at high speed is not ideal.

操纵稳定性中间位置转向试验最初是由美国德尔福公司制定的,是汽车在高速行驶条件下操纵性和稳定性的重要评价方法。通过试验的原始数据可以绘制出转向盘转角与侧向加速度、转向盘力矩与侧向加速度、转向盘力矩与转向盘转角等多条特性曲线,以作为不同的评价指标。以CA1141载货汽车作为实例分析,发现该车转向干摩擦偏大,转向刚度偏低,高速行驶时的非线性路感不够理想。

This paper presents an general description of the latest development of the steering-by-wire technologies for automobiles, and the theoretical key technologies were researched. The return moment of steering wheel was yeilded to provide road feeling for drivers by means of modeling. The automobile which adopted the steering control algorithm can keep a constant steering characteristic; and its stability is improved through yaw rate and lateral acceleration feedback control.

介绍了一种汽车转向的最新技术———前轮电子转向系统 ,并对其理论关键技术进行了研究。通过对方向盘回正力矩的建模 ,模拟生成了为驾驶员提供路感的方向盘回正力矩 ;利用所提出的前轮转向控制算法 ,可以使汽车具有不变的转向特性 ,通过横摆角速度和侧向加速度反馈控制 ,提高了汽车的稳定性。

 
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