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- The spatial position of driving mechanisms of Ackerman steering linkage quite influences the stability of vehicle maneuvering characteristics. 转向梯形驱动机构的空间布置对汽车的操纵稳定性影响很大。
- A rear-mounted independent ackerman steering linkage for the Y-CH model minicars is presented in this paper. 介绍了 Y-CH 微型汽车的后置断开式转向梯形机构。
- A design and calculation method of the ackerman steering linkage suitable for the rack and nut type steering gear is presented. 介绍了一种适用于装齿轮-齿条式转向器汽车的转向梯形机构的设计计算方法。
- Heavy platform truck should select a suitable Ackerman steering mechanism in order to ensure wheels for all axles to be under a pure rolling condition. 大型公路平板车在转向时为了保证各轴车轮处于纯滚动状态,必须选择适当的转向梯形机构。
- The determination of splitting point of Ackerman steering linkage is analyzed and a related optimization program is developed. 在此基础上对转向梯形断点位置的确定进行详细分析计算,编制了确定转向梯形断开点位置的通用优化计算程序。
- Taking the Y-CH minicar as an exam- plee,the optimum design method of the independent Ackerman steering linkage is finally introduced. 并以 Y-CH 型汽车为例,介绍了断开式转向梯形机构优化设计的方法。
- The diagrammatical and analytical methods by which the position of divided point of Ackerman steering linkage is properly determined put forward. 通过实例计算和断开点主要影响因素分析,提出了正确选择转向梯形断开点位置的新方法。
- So an accurate and useful method is provided for designing the split Ackerman steering linkage of strut-and-link type suspension. 为滑柱摆臂式悬架转向梯形设计提供了精确实用的方法。
- The effect of splitting point of ackerman Steering linkage on stable steering characteristic is studied through simulation an experiment. 综合运用仿真和试验研究的方法;系统分析转向梯形断开点对汽车稳态转向特性的影响.
- We calculated the mechanism movement with R-W method of multi-rigid-body system dynamics. The determination of splitting point of Ackerman steering linkage is developed. 利用多刚体系统动力学中R W方法进行机构运动计算 ;编制了汽车麦弗逊悬架转向梯形断开点位置计算机辅助分析通用程序 .
- Formulas were deduced for the calculate of the turning angle of outside wheel and the minimum steering transmitting ratio for the dual Ackerman steering of tractors. 推导了拖拉机双梯形外侧转向轮的转角以及最小传动角的解析计算关系式。
- Ackerman steering linkage has a series of advantages, such as flexible layout, reliable operation, ?etc?, but it is complicated in structure and difficult to design. 汽车双横臂独立悬架转向传动机构具有布置灵活 ,传动可靠等优点 ,但机构复杂 ,设计困难。
- This lightweight part is ultra-rigid and very strong and features an additional middle Ackerman setting position for even more precise and smoother Ackerman steering set-up. 这是轻量级的一部分,超刚性和很强的功能和额外的中间阿克曼设置的位置,甚至更精确和平滑转向梯形的设立。
- In addition, this artical elucidates a new andmore accurate mathematical model on motional relation of ackerman steering,including the factor of kingpin inclination, in three dimensions. 同时本文又在考虑转向节立轴内倾后,在三维空间里推导并建立了新的更准确的转向梯形运动关系的数学模型。
- In order to study the movement control of four-wheel drived electric vehicle,the paper presents a multiplex model which is based on Ackerman steering principle and neural network. The speed of each wheel could be simulated and controlled by this model . 针对四轮独立驱动电动车的运动控制 ,提出了一种基于Ackerman转向模型和神经网络方法的复合模型 ,用于对各个车轮转速进行仿真和控制。
- This paper presents a simple and convenient method for designing the Ackerman steering linkage system. Taking the CA141 truck and others for examples, the calculated results are given. 本文介绍一种简便的转向梯形驱动杆件设计方法,并以CA141等车型为例进行了计算。
- The ADAMS software is used to build the front suspension and steering system simulation model and simulation analysis of steering trapezoid. An accurate and useful method is provided for designing the splitting Ackerman steering trapezoid. 本文应用机械系统动力学分析软件ADAMS建立前悬架-转向系统的统一仿真模型;同时对前悬架和转向系统的运动学特性进行仿真分析;综合考虑其实际梯形转向特性与理论转向特性的接近性、转向梯形与悬架运动的协调性问题;为转向梯形设计提供了高效、精确的实用方法.
- Based on the design and study of the solid ackerman steering linkage, this paper futher derives the equation for both the rotating angle of the outer stearable wheel and the minimal rotating angle of the ackerman steering linkage. 本文在整体式转向梯形机构的设计研究基础上,进一步推导出分段式转向梯形外侧转角以及最小传动角的解析计算关系式。
- When the Ackerman steering trapezium mechanism is optimally designed with common variable constraints and initial values,the different results will be yielded because of nonlinear optimal solution. 整体式转向梯形机构在进行常规非线性优化设计时,不同的变量约束条件和初值会导致优化结果的差异。
- The multi-body kinematics model of the McPherson suspension was established by using ADAMS/Car software. The effect of splitting point on Ackerman steering linkage and suspension kinematics characteristic has been studied. 利用ADAMS软件建立悬架转向机构的虚拟样机模型,系统分析转向梯形断开点对阿克曼转向特性和车轮前束角变化特性的影响,并对转向梯形断开点位置进行优化计算,同时进行试验验证。