MODELING AND SIMULATION OF THE IMPACT OF RAINFALL ON DRIVING VEHICLES

Raj Kishor Pradhan, S. Shrestha, D. Gurung
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Abstract

: Driving vehicles are impacted significantly by several environmental factors like rainfall, snowfall, storm, etc. Drivers attempt to adapt to the new environment by altering their driving behavior. In this paper, a new model equation of the dynamic equation of traffic flow under the consideration of different optimal velocities by incorporating the impact of rainfall on driving vehicles is proposed. The impact of rainfall is taken as the rainfall-resisting force on the vehicle proportional to the velocity of the driving vehicle. The parabolic impact of rainfall is studied on the driving vehicles that start at the green traffic signal at the intersection of the road. The dynamical behavior such as acceleration, velocity, and spacing between the consecutive vehicles of different car-following models are studied through the numerical simulation using the proposed model
模拟和模拟降雨对驾驶车辆的影响
:车辆驾驶受降雨、降雪、风暴等环境因素影响较大。司机试图通过改变驾驶行为来适应新环境。考虑降雨对车辆行驶的影响,提出了考虑不同最优速度下的交通流动态方程的新模型方程。降雨的影响被认为是对车辆的抗降雨力与行驶车辆的速度成正比。研究了降雨对在十字路口绿灯处出发的行驶车辆的抛物线影响。利用该模型进行了数值模拟,研究了不同车辆跟随模型的加速度、速度和连续车辆间距等动力学行为
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