A wind-tunnel investigation was conducted at free-stream Mach numbers from 0.20 to 1.00 and Reynolds numbers, based on maximum afterbody diameter, from 2.25 million to 6.90 million on solid models of an attached inflatable decelerator (AID) concept. Tests were conducted to obtain static and ram surface pressure distributions about the basic shapes and at various separation distances between the 120 deg conical forebody and the inflated afterbody shape. The resulting data were used to study the feasibility of extracting a payload from a conical forebody by means of an AID
A wind tunnel investigation was made at subsonic speeds to determine the pressure distribution over ...
Pressure distributions and shock shapes on a spherically blunted, 12.84 deg /7 deg on axis biconic a...
Pressure and load distributions for a related group of simulated launch vehicle configurations are p...
Wind tunnel tests to determine flow patterns and pressure distributions around bluff afterbody in wa...
A wind-tunnel investigation was conducted at free-stream Mach numbers from 0.20 to 1.00 and correspo...
A wind-tunnel investigation of an attached inflatable decelerator concept was conducicd at a Mach nu...
Wake flow properties of conical bodies at supersonic speeds and various angles of attac
Transonic wind tunnel study of aerodynamic characteristics of blunt reentry vehicles at varying angl...
An investigation has been conducted in a unitary plan wind tunnel to determine the aerodynamic chara...
Attached-inflatable-decelerator (AID) canopies fabricated from lightweight Nomex cloth and tapes wer...
Wind tunnel pressure measurements in flow field behind simple cone-cylinder body of rotation at Mach...
Experimental pressure distributions on 120 deg cone at Mach 2.96 to 4.63 and angles of attack from 0...
Surface pressure distribution on spherical blunted cones, and correlation of Mach numbers, cone angl...
The flow properties in the wake of a 140 deg-included-angle cone at Mach numbers from 1.60 to 3.95 a...
Wind tunnel investigation of pressure distribution on blunted 15 deg half-cone wedge lifting-entry b...
A wind tunnel investigation was made at subsonic speeds to determine the pressure distribution over ...
Pressure distributions and shock shapes on a spherically blunted, 12.84 deg /7 deg on axis biconic a...
Pressure and load distributions for a related group of simulated launch vehicle configurations are p...
Wind tunnel tests to determine flow patterns and pressure distributions around bluff afterbody in wa...
A wind-tunnel investigation was conducted at free-stream Mach numbers from 0.20 to 1.00 and correspo...
A wind-tunnel investigation of an attached inflatable decelerator concept was conducicd at a Mach nu...
Wake flow properties of conical bodies at supersonic speeds and various angles of attac
Transonic wind tunnel study of aerodynamic characteristics of blunt reentry vehicles at varying angl...
An investigation has been conducted in a unitary plan wind tunnel to determine the aerodynamic chara...
Attached-inflatable-decelerator (AID) canopies fabricated from lightweight Nomex cloth and tapes wer...
Wind tunnel pressure measurements in flow field behind simple cone-cylinder body of rotation at Mach...
Experimental pressure distributions on 120 deg cone at Mach 2.96 to 4.63 and angles of attack from 0...
Surface pressure distribution on spherical blunted cones, and correlation of Mach numbers, cone angl...
The flow properties in the wake of a 140 deg-included-angle cone at Mach numbers from 1.60 to 3.95 a...
Wind tunnel investigation of pressure distribution on blunted 15 deg half-cone wedge lifting-entry b...
A wind tunnel investigation was made at subsonic speeds to determine the pressure distribution over ...
Pressure distributions and shock shapes on a spherically blunted, 12.84 deg /7 deg on axis biconic a...
Pressure and load distributions for a related group of simulated launch vehicle configurations are p...