In this paper we deal with traffic behaviours on a section of highway including an on-ramp by means of queuing theory. It is the purpose of this paper to provide the adequate capacity for highway on-ramps, which is useful for the design of on-ramps and the traffic control of highway. The highway on-ramp merging is modeled as a queue and the system is solved. Then the maximum possible flows for merging from an on-ramp is obtained in a form of an function of through lane flows. The traffic capacity of an on-ramp is estimated from the relation between the average waiting time before merging and the incoming flow from an on-ramp, which is induced by the theory of queues
Traffic data measured near the junction of a single-lane on-ramp (with metered inflows) and a three-...
AbstractThis paper focuses on studying factors which are likely to affect motorway merge capacity wh...
AbstractMotorway merges are typically congestion areas because of irregularities on lanes between up...
In this paper we deal with traffic behaviours on a section of highway including an on-ramp by means ...
In this paper we deal with traffic behaviours on a section of highway including an on-ramp by means ...
This paper is aimed at investigating the influence of different types of traffic flows on the capaci...
This dissertation involves the mathematical modeling of the operation of a freeway entrance ramp mer...
This dissertation involves the mathematical modeling of the operation of a freeway entrance ramp mer...
This paper examines the behavior of multi-lane freeway traffic past on-ramps, building on the contin...
This paper proposes a model for estimating capacity of on-ramp merging section of urban expressway b...
This paper is aimed at investigating the influence of different types of traffic flows on the capaci...
This paper is aimed at investigating the influence of dif-ferent types of traffic flows on the capac...
Merge junctions are the key elements in the freeway system, as they are likely to function as bottle...
Traffic congestion on highways is a multi-sectoral phenomenon affecting society, the economy and the...
Traffic jams are everywhere, some are caused by constructions or accidents but a large portion occur...
Traffic data measured near the junction of a single-lane on-ramp (with metered inflows) and a three-...
AbstractThis paper focuses on studying factors which are likely to affect motorway merge capacity wh...
AbstractMotorway merges are typically congestion areas because of irregularities on lanes between up...
In this paper we deal with traffic behaviours on a section of highway including an on-ramp by means ...
In this paper we deal with traffic behaviours on a section of highway including an on-ramp by means ...
This paper is aimed at investigating the influence of different types of traffic flows on the capaci...
This dissertation involves the mathematical modeling of the operation of a freeway entrance ramp mer...
This dissertation involves the mathematical modeling of the operation of a freeway entrance ramp mer...
This paper examines the behavior of multi-lane freeway traffic past on-ramps, building on the contin...
This paper proposes a model for estimating capacity of on-ramp merging section of urban expressway b...
This paper is aimed at investigating the influence of different types of traffic flows on the capaci...
This paper is aimed at investigating the influence of dif-ferent types of traffic flows on the capac...
Merge junctions are the key elements in the freeway system, as they are likely to function as bottle...
Traffic congestion on highways is a multi-sectoral phenomenon affecting society, the economy and the...
Traffic jams are everywhere, some are caused by constructions or accidents but a large portion occur...
Traffic data measured near the junction of a single-lane on-ramp (with metered inflows) and a three-...
AbstractThis paper focuses on studying factors which are likely to affect motorway merge capacity wh...
AbstractMotorway merges are typically congestion areas because of irregularities on lanes between up...