The overall drag of the aircraft is expressed in terms of the measured increment of power required to overcome a corresponding known increment of drag, which is generated by a towed drogue. The simplest form of the governing equations, D = delta D SHP/delta SHP, is such that all of the parameters on the right side of the equation can be measured in flight. An evaluation of the governing equations has been performed using data generated by flight test of a Beechcraft T-34B. The simplicity of this technique and its proven applicability to sailplanes and small aircraft is well known. However, the method fails to account for airframe-propulsion system
Wind tunnel tests of wing stall, performance, and longitudinal stability & control of large model v/...
The analytical approaches as well as the capabilities of three advanced analyses for predicting prop...
The tests on these model propellers were undertaken for the purpose of determining the performance c...
Flight tests to determine lift and drag characteristics are discussed. A review is given of the fund...
The speed, barometric pressure, and number of revolutions of the engine of a seaplane were measured,...
The effect of mutual propeller/nacelle of fuselage interference on aircraft propulsive efficiency is...
This report contains a description of a new and useful method suitable for the design of propellers ...
This report is a compilation of test data on airplane fuselages, nacelles, airship cars, seaplane fl...
This paper contains a series of calculations showing how the performance of controllable propellers ...
A method for evaluating aircraft takeoff performance from brake release to air-phase height that req...
A theoretical and experimental investigation of methods for measuring the performance of general avi...
The cost-effectiveness and versatility of unmanned aerial vehicles (UAVs) has led to an increase in ...
The drag and torque of a controllable propeller at various blade-angle settings, and under various d...
A performance evaluation of the 1911 Wright Brothers Model B aircraft and propeller is to be present...
A semispan wing/body model with a powered propeller was tested to provide data on a total powerplant...
Wind tunnel tests of wing stall, performance, and longitudinal stability & control of large model v/...
The analytical approaches as well as the capabilities of three advanced analyses for predicting prop...
The tests on these model propellers were undertaken for the purpose of determining the performance c...
Flight tests to determine lift and drag characteristics are discussed. A review is given of the fund...
The speed, barometric pressure, and number of revolutions of the engine of a seaplane were measured,...
The effect of mutual propeller/nacelle of fuselage interference on aircraft propulsive efficiency is...
This report contains a description of a new and useful method suitable for the design of propellers ...
This report is a compilation of test data on airplane fuselages, nacelles, airship cars, seaplane fl...
This paper contains a series of calculations showing how the performance of controllable propellers ...
A method for evaluating aircraft takeoff performance from brake release to air-phase height that req...
A theoretical and experimental investigation of methods for measuring the performance of general avi...
The cost-effectiveness and versatility of unmanned aerial vehicles (UAVs) has led to an increase in ...
The drag and torque of a controllable propeller at various blade-angle settings, and under various d...
A performance evaluation of the 1911 Wright Brothers Model B aircraft and propeller is to be present...
A semispan wing/body model with a powered propeller was tested to provide data on a total powerplant...
Wind tunnel tests of wing stall, performance, and longitudinal stability & control of large model v/...
The analytical approaches as well as the capabilities of three advanced analyses for predicting prop...
The tests on these model propellers were undertaken for the purpose of determining the performance c...