Performance estimation, weights, and scaling laws for an eight-blade highly loaded propeller combined with an advanced turboshaft engine are presented. The data are useful for planned aircraft mission studies using the turboprop propulsion system. Comparisons are made between the performance of the 1990+ technology turboprop propulsion system and the performance of both a current technology turbofan and an 1990+ technology turbofan
An altitude-wind-tunnel investigation has been made to determine the performance of Hamilton Standar...
An altitude-wind-tunnel investigation has been made to determine the performance of Hamilton Standar...
Advanced high-speed propellers offer large performance improvements for aircraft that cruise in the ...
Performance estimations, weights, and scaling laws for the six blade and ten blade highly loaded pro...
Four high speed propeller models were designed and tested in an 8x6 foot wind tunnel in order to eva...
Technology readiness for Mach 0.7 to 0.8 turboprop powered aircraft with the potential for fuel savi...
The Navy/NASA Engine Performance (NNEP) is a general purpose computer program currently employed by ...
Advanced high-speed propellers offer large performance improvements for aircraft that cruise in the ...
The increased emphasis of fuel conservation in the world and the rapid increase in the cost of jet f...
A propeller designated as SR-6, designed with 40 deg of sweep and 10 blades to cruise at Mach 0.8 at...
Three advanced analyses for predicting aircraft propeller performance at high subsonic speeds are de...
An investigation of the performance of several propellers on the YP-47M airplane at high blade loadi...
Includes bibliographical references (pages 113-114)Engine selection plays a Key role in determining ...
The efficiency of high-speed turboprop propulsion systems is considered with emphasis on fuel saving...
Low-speed wind-tunnel performance tests of two advanced propellers have been completed at the NASA L...
An altitude-wind-tunnel investigation has been made to determine the performance of Hamilton Standar...
An altitude-wind-tunnel investigation has been made to determine the performance of Hamilton Standar...
Advanced high-speed propellers offer large performance improvements for aircraft that cruise in the ...
Performance estimations, weights, and scaling laws for the six blade and ten blade highly loaded pro...
Four high speed propeller models were designed and tested in an 8x6 foot wind tunnel in order to eva...
Technology readiness for Mach 0.7 to 0.8 turboprop powered aircraft with the potential for fuel savi...
The Navy/NASA Engine Performance (NNEP) is a general purpose computer program currently employed by ...
Advanced high-speed propellers offer large performance improvements for aircraft that cruise in the ...
The increased emphasis of fuel conservation in the world and the rapid increase in the cost of jet f...
A propeller designated as SR-6, designed with 40 deg of sweep and 10 blades to cruise at Mach 0.8 at...
Three advanced analyses for predicting aircraft propeller performance at high subsonic speeds are de...
An investigation of the performance of several propellers on the YP-47M airplane at high blade loadi...
Includes bibliographical references (pages 113-114)Engine selection plays a Key role in determining ...
The efficiency of high-speed turboprop propulsion systems is considered with emphasis on fuel saving...
Low-speed wind-tunnel performance tests of two advanced propellers have been completed at the NASA L...
An altitude-wind-tunnel investigation has been made to determine the performance of Hamilton Standar...
An altitude-wind-tunnel investigation has been made to determine the performance of Hamilton Standar...
Advanced high-speed propellers offer large performance improvements for aircraft that cruise in the ...