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Critical Analysis of Speed Hump and Speed Bump and Geometric Design of Curved Speed Hump

机译:曲速驼峰速度驼峰和曲速驼峰几何设计的批判性分析

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The motive of this study is to critically analyze speed humps and bumps on various accounts such as travel time delays, mileage reductions, exhaust emissions and propose a new traffic calming device, which can retain the positive impacts of speed humps and also reduce the disadvantages associated with them. The new traffic calming device, Curved Speed Hump (CSH), consists of a main speed hump which is a raised and curved area placed along a lane and a complementary speed hump, adjacent to it. Drivers can choose to adopt a curved path, thus moderating speeds and avoiding disadvantages of speed humps. The primary objective of CSH is to moderate the speed, rather than locally reduce it, using both horizontal and vertical deflection concepts. Various geometric parameters are discussed and their theoretical limits are proposed.
机译:本研究的动机是批判性地分析各种账户的速度驼峰和凹凸,如旅行时间延迟,里程减少,排气排放,并提出一个新的交通平静装置,这可以保留速度驼峰的积极影响,并降低了相关的缺点跟他们。新的交通平静装置弯曲速度驼峰(CSH)由主速瓶组成,该主速瓶是沿着车道的凸起和弯曲区域和邻近它的互补速度驼峰。司机可以选择采用弯曲路径,从而调节速度并避免速度驼峰的缺点。 CSH的主要目标是使用水平和垂直偏转概念来缓和速度而不是本地减少它。讨论了各种几何参数,并提出了其理论限制。

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