This paper presents data and a proposed new aircraft wake vortex separation standard that argues for a fundamental re-thinking of international practice. The current static standard, under certain atmospheric conditions, presents an unnecessary restriction on system capacity. A new approach, that decreases aircraft separation when atmospheric conditions dictate, is proposed based upon the availability of new instrumentation and a better understanding of wake physics
As an unavoidable consequence of lift aircraft generate a pair of counter-rotating and long-lived w...
Today dynamic pairwise separations are considered the last evolutional step of research in order to ...
It was determined that an onboard vortex wake detection system using existing, proven instrumentatio...
Wake turbulence is a major concern for busy airports as it limits capacity. Solutions for new aircra...
This paper discusses the problem of wake vortices shed by commercial aircraft. It presents a consoli...
2002PDFTech ReportWakesVorticesAircraftTurbulenceAircraft separationFlow control (Air traffic contro...
877070227849319Final report; January 1997 - March 1997PDFTech ReportDOT/FAA/ND-97/4DOT-VNTSC-FAA-97-...
With the steady increase in air traffic, civil aviation authorities are under continuous pressure t...
Wake vortex separations applied to aircraft during instrument operations have been shown to potentia...
A long term measurement campaign of wake vortices from departing aircraft has been conducted at majo...
For many airports the capacity is limited by minimum separation distances especially for approach an...
Wake vortex separations are limiting factor in landing capacity of airports. The increasing air traf...
Aircraft trailing vortices, generated as an unavoidable consequence of lift, pose a potential risk ...
Traditional research on static wake-vortex reduction usually considers only the influence of externa...
A significant effort is underway at NASA Langley to develop a system to provide dynamical aircraft w...
As an unavoidable consequence of lift aircraft generate a pair of counter-rotating and long-lived w...
Today dynamic pairwise separations are considered the last evolutional step of research in order to ...
It was determined that an onboard vortex wake detection system using existing, proven instrumentatio...
Wake turbulence is a major concern for busy airports as it limits capacity. Solutions for new aircra...
This paper discusses the problem of wake vortices shed by commercial aircraft. It presents a consoli...
2002PDFTech ReportWakesVorticesAircraftTurbulenceAircraft separationFlow control (Air traffic contro...
877070227849319Final report; January 1997 - March 1997PDFTech ReportDOT/FAA/ND-97/4DOT-VNTSC-FAA-97-...
With the steady increase in air traffic, civil aviation authorities are under continuous pressure t...
Wake vortex separations applied to aircraft during instrument operations have been shown to potentia...
A long term measurement campaign of wake vortices from departing aircraft has been conducted at majo...
For many airports the capacity is limited by minimum separation distances especially for approach an...
Wake vortex separations are limiting factor in landing capacity of airports. The increasing air traf...
Aircraft trailing vortices, generated as an unavoidable consequence of lift, pose a potential risk ...
Traditional research on static wake-vortex reduction usually considers only the influence of externa...
A significant effort is underway at NASA Langley to develop a system to provide dynamical aircraft w...
As an unavoidable consequence of lift aircraft generate a pair of counter-rotating and long-lived w...
Today dynamic pairwise separations are considered the last evolutional step of research in order to ...
It was determined that an onboard vortex wake detection system using existing, proven instrumentatio...