Commercial aircraft undergo a significant number of maintenance and logistical activities during the turnaround operation at the departure gate. By analyzing the sequencing of these activities, more effective turnaround contingency plans may be developed for logistical and maintenance disruptions. Turnaround contingency plans are particularly important as any kind of delay in a hub based system may cascade into further delays with subsequent connections. The contingency sequencing of the maintenance and logistical turnaround activities were analyzed using a combined network and computer simulation modeling approach. Experimental analysis of both current and alternative policies provides a framework to aid in more effective tactical decision...
none4noThe efficiency and quality of airport airside operations are frequently compromised by variou...
The airline industry is constantly subject to the search of new methods in order to increase effici...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2004.In...
To alleviate the delay and emphasize the time efficiency of ground operations, the airlines could co...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
Building simple and accurate models of hub airports can considerably help one understand airport dy...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
none3siThe efficiency of airport turnaround operations has often been compromised by various disrupt...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
The first point of the study purpose is taken into account in the second and third chapter of this w...
The efficiency and quality of airport airside operations are frequently compromised by various, unex...
The efficiency and quality of airport airside operations are frequently compromised by various, unex...
International audienceThe paper presents a model of the aircraft turnaround process at airport apron...
none4noThe efficiency and quality of airport airside operations are frequently compromised by variou...
The airline industry is constantly subject to the search of new methods in order to increase effici...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2004.In...
To alleviate the delay and emphasize the time efficiency of ground operations, the airlines could co...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
Building simple and accurate models of hub airports can considerably help one understand airport dy...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
none3siThe efficiency of airport turnaround operations has often been compromised by various disrupt...
In the context of aircraft turnaround processes, this paper illustrates how simulation can be used n...
The first point of the study purpose is taken into account in the second and third chapter of this w...
The efficiency and quality of airport airside operations are frequently compromised by various, unex...
The efficiency and quality of airport airside operations are frequently compromised by various, unex...
International audienceThe paper presents a model of the aircraft turnaround process at airport apron...
none4noThe efficiency and quality of airport airside operations are frequently compromised by variou...
The airline industry is constantly subject to the search of new methods in order to increase effici...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2004.In...