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Investigating the Dynamics of Traffic Flow on a Highway in a Class of Discontinuous Functions

机译:研究一类不连续函数的公路上的交通流动力学

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This work is devoted to finding a solution of Riemann problem for the first order nonlinear partial equation which describes the traffic flow on highway. When ρ_ℓ > ρ_r, the solution is presented as a piecewise continuous function, where ρ_ℓ and ρ_r are the densities of cars on the left and right side of the intersection respectively. On the contrary case, a shock of which the location is unknown beforehand arises in the solution. In this case, a special auxiliary problem is introduced, the solution of which makes it possible to write the exact solution showing the locations of shock. For the realization of the proposed method, the parameters of the flow are also found.
机译:这项工作致力于为描述高速公路交通流的一阶非线性偏方程寻找黎曼问题的解。当ρ_ℓ>ρ_r时,解表示为分段连续函数,其中ρ_ℓ和ρ_r分别是交叉路口左侧和右侧的汽车密度。相反,在解决方案中会产生事先位置未知的冲击。在这种情况下,引入了一个特殊的辅助问题,通过解决该问题,可以写出显示冲击位置的精确解。为了实现所提出的方法,还找到了流的参数。

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