A Monte Carlo simulation of simultaneous approaches performed by two transport category aircraft from the final approach fix to a pair of closely spaced parallel runways was conducted to explore the aft boundary of the safe zone in which separation assurance and wake avoidance are provided. The simulation included variations in runway centerline separation, initial longitudinal spacing of the aircraft, crosswind speed, and aircraft speed during the approach. The data from the simulation showed that the majority of the wake encounters occurred near or over the runway and the aft boundaries of the safe zones were identified for all simulation conditions
248126094PDFTech ReportDOT-VNTSC-FAA-00-06DOT-FAA-AAR-00-16Parallel runwaysTurbulenceWakesVorticesUn...
Wake vortex separations are limiting factor in landing capacity of airports. The increasing air traf...
Efforts to increase airport capacity include studies of aircraft systems that would enable simultane...
A simulation experiment was performed to generate and compile wake characteristics data relevant to ...
In a simultaneous paired approach to closely-spaced parallel runways, a pair of aircraft flies in cl...
A human-in-the-loop high fidelity flight simulation experiment was conducted, which investigated and...
Large Eddy Simulations are used to examine wake interactions from aircraft on closely spaced paralle...
Airports that have closely spaced parallel runways can have their arrival capacity cut in half due t...
As the international air traffic increases and becomes more and more complex there is a growing dema...
A preliminary batch simulation study was conducted to define the wake decay required for a Boeing 73...
Aircraft wake vortex behavior in ground effect between two parallel runways at Frankfurt/Main Intern...
This paper proposes a reliable method for estimation of the movement and spread of lift-generated vo...
At airports with closely-spaced parallel runways, the inability to conduct simultaneous approaches i...
1994PDFResearch PaperFTA-TM-506-1Airport runwaysParallel runwaysTurbulenceVorticesWakesAircraft sepa...
The National Aeronautics and Space Administration (NASA) is conducting research to improve airport c...
248126094PDFTech ReportDOT-VNTSC-FAA-00-06DOT-FAA-AAR-00-16Parallel runwaysTurbulenceWakesVorticesUn...
Wake vortex separations are limiting factor in landing capacity of airports. The increasing air traf...
Efforts to increase airport capacity include studies of aircraft systems that would enable simultane...
A simulation experiment was performed to generate and compile wake characteristics data relevant to ...
In a simultaneous paired approach to closely-spaced parallel runways, a pair of aircraft flies in cl...
A human-in-the-loop high fidelity flight simulation experiment was conducted, which investigated and...
Large Eddy Simulations are used to examine wake interactions from aircraft on closely spaced paralle...
Airports that have closely spaced parallel runways can have their arrival capacity cut in half due t...
As the international air traffic increases and becomes more and more complex there is a growing dema...
A preliminary batch simulation study was conducted to define the wake decay required for a Boeing 73...
Aircraft wake vortex behavior in ground effect between two parallel runways at Frankfurt/Main Intern...
This paper proposes a reliable method for estimation of the movement and spread of lift-generated vo...
At airports with closely-spaced parallel runways, the inability to conduct simultaneous approaches i...
1994PDFResearch PaperFTA-TM-506-1Airport runwaysParallel runwaysTurbulenceVorticesWakesAircraft sepa...
The National Aeronautics and Space Administration (NASA) is conducting research to improve airport c...
248126094PDFTech ReportDOT-VNTSC-FAA-00-06DOT-FAA-AAR-00-16Parallel runwaysTurbulenceWakesVorticesUn...
Wake vortex separations are limiting factor in landing capacity of airports. The increasing air traf...
Efforts to increase airport capacity include studies of aircraft systems that would enable simultane...