Analyses of McDonnell Douglas DC-8, DC-9, and DC-10 jet transports were conducted to investigate the applicability of two segment approach noise abatement procedures to these airplanes. All models had the required glide slope capability at the certified landing flap settings. The DC-8 models would probably be limited to an upper segment glide slope of 5.5 degrees and would probably not be suitable for the two segment procedure in icing conditions. The DC-8 would not be compatible with this procedure at a reduced landing flap setting. The feasibility of installing a two segment approach system in the Douglas-built fleet of commercial jet transports from a hardware viewpoint is discussed. The candidate system consists of a two segment compute...
A two-segment noise abatement approach procedure for use on DC-8-61 aircraft in air carrier service ...
Climbout and landing approach noise measurements for three engine turbofan transport aircraf
United Airlines has developed and evaluated a two-segment noise abatement approach procedure for use...
Flight and simulation investigation of noise abatement during jet aircraft landing approache
Flight tests and simulation of steep noise reducing landing approaches with jet transpor
Five business jet airplanes were flown to determine the noise reductions that result from the use of...
NASA research on noise-abatement steepened approaches for multiengine jet transport
The noise of older aircraft can be reduced in two principal ways: retrofitting the aircraft with a q...
The development and operational evaluation are discussed of a noise abatement two-segment approach w...
A series of noise measurements were made during engineering evaluation tests of the two segment appr...
A delayed flap approach procedure was flight tested using the NASA CV-990 airplane to measure and an...
Guest pilot evaluation results of an approach profile modification for reducing ground level noise u...
Flyover noise measurements were made (using Federal Aviation Regulations, part 36 procedures) of two...
Flight acoustical and performance evaluations of DC 8 nacelle modifications to reduce fan-compressor...
Situation and command head-up displays were evaluated for both standard and two segment noise abatem...
A two-segment noise abatement approach procedure for use on DC-8-61 aircraft in air carrier service ...
Climbout and landing approach noise measurements for three engine turbofan transport aircraf
United Airlines has developed and evaluated a two-segment noise abatement approach procedure for use...
Flight and simulation investigation of noise abatement during jet aircraft landing approache
Flight tests and simulation of steep noise reducing landing approaches with jet transpor
Five business jet airplanes were flown to determine the noise reductions that result from the use of...
NASA research on noise-abatement steepened approaches for multiengine jet transport
The noise of older aircraft can be reduced in two principal ways: retrofitting the aircraft with a q...
The development and operational evaluation are discussed of a noise abatement two-segment approach w...
A series of noise measurements were made during engineering evaluation tests of the two segment appr...
A delayed flap approach procedure was flight tested using the NASA CV-990 airplane to measure and an...
Guest pilot evaluation results of an approach profile modification for reducing ground level noise u...
Flyover noise measurements were made (using Federal Aviation Regulations, part 36 procedures) of two...
Flight acoustical and performance evaluations of DC 8 nacelle modifications to reduce fan-compressor...
Situation and command head-up displays were evaluated for both standard and two segment noise abatem...
A two-segment noise abatement approach procedure for use on DC-8-61 aircraft in air carrier service ...
Climbout and landing approach noise measurements for three engine turbofan transport aircraf
United Airlines has developed and evaluated a two-segment noise abatement approach procedure for use...