1) Vehicle Trip Distance (VTD)
机动车出行距离
2) vehicle out-driving
机动车出行
1.
The factors that the vehicle out-driving affects the city road and the countermeasures;
机动车出行对城市道路的影响与对策
3) trip distance
出行距离
1.
A method for evaluating distribution of urban road passenger transport stations based on average trip distance;
基于平均出行距离的城市长途汽车客运站布局的评价方法
2.
A stop spacing optimization model for the objective of minimizing the average travel time of the passengers was proposed based on the analysis of the transit trip process and the probability distribution of the trip distance.
在解析公交出行过程并分析公交出行距离概率分布规律的基础上,提出了以乘客平均出行时间最小化为目标的公交站距优化模型。
3.
The calculation models of inner trip proportion were educed under three combinations between trip distance and traffic zone radius.
基于交通小区半径和出行距离的三种不同组合,推导出了相应的区内出行比例计算模型,利用Excel软件的VBA编程功能,进行了三者之间的数量关系计算,通过对区内出行比例的控制,得出交通小区半径的合理范围。
4) travel distance
出行距离
1.
The multiple regression analysis with 40 samples shows that city size is a predominant determinant both for average travel distance and for average travel time,the share of bus transportation correlates positive with average travel time,and high population density contribute to the reduction of average travel distance and travel time.
在国内外相关研究的基础上,通过国内40个交通出行样本数据的计量分析,建立了平均出行距离和出行时耗的多元回归方程,发现城市规模是影响单中心城市平均出行距离和出行时耗的主要因素,公交车分担率的提高相应增加了平均出行时耗,而高密度的城市开发有利于出行距离和出行时耗的降低。
5) traveling distance
行车距离
6) out-of-way traffic distance
车辆出线绕行距离
补充资料：安装于检测车内的WG型机动车驾驶测评系统
安装于检测车内的WG型机动车驾驶测评系统
翌 安装于检测车内的WG型机动车驾驶测评系统
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条