A theoretical analysis of the dynamic lateral stability and control of a parawing vehicle
Theoretical analysis of dynamic lateral stability and control of parawing vehicle
LATERAL STABILITY AND CONTROL↗
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Experimental verification of scale factors for parawing opening characteristics
Scale factors verification for parawing opening characteristics using experimental drop tests
Barton, R. L.↗
Investigation of methods for predicting the aerodynamic characteristics of two-lobed parawings
Accurate methods for predicting longitudinal aerodynamic characteristics of two-lobed conical parawings with leading edge booms
Mendenhall, M. R.↗
Free-flight and wind-tunnel studies of deployment of a dynamically and elastically scaled inflatable parawing model
Deployment characteristics of dynamic and elastic parawing scale model for spacecraft recovery
Ferris, A. T.↗
An investigation of low permeability fabrics and of suspension and control lines for the all-flexible parawing.
Fabrics and suspension and control lines for parawings investigated for air permeability, frictional burning and dimensional stability characteristics
Lashbrook, R. V.↗
Status of research on parawing lifting decelerators.
Flexible parawing lifting decelerator research data from wind tunnel and flight tests, noting manned space vehicle recovery and aircraft escape systems
Gainer, T. G.↗
Investigation of opening characteristics of an all-flexible parawing
Wind tunnel tests of opening characteristics of all flexible parawing
Gainer, T. G.↗
Experimental verification of scale factors for parawing opening characteristics with dimensional ratios from 1/1.3 to 1/3
Experimental verification of scale factors for parawing opening characteristics with dimensional ratios from 1/1.3 to 1/3
Eichblatt, D. L.↗
Fixed-base visual simulation of pilot controlled descents of an advanced Apollo spacecraft with an all-flexible parawing
Optical simulation landing system for evaluating pilot controlled flexible parawing and Apollo capsule combination performance during landing
Jaquet, B. M.↗
Wind-tunnel investigation of the aerodynamic characteristics of a twin-keel parawing
Wind tunnel investigation of twin keel parawing aerodynamic characteristics
Ware, G. M.↗
Determination of the shape and inertial properties of an all-flexible parawing
Shape data and varying lift drag ratios for all-flexible parawing system moments of inertia and center of gravity locations
Gloss, B. B.↗
Status of research on parawing lifting decelerators.
Flexible parawing lifting decelerator research data from wind tunnel and flight tests, noting manned space vehicle recovery and aircraft escape systems
Gainer, T. G.↗
Wind tunnel and free flight investigation of all-flexible parawings at small scale
Wind tunnel, gliding, and deployment tests of all-flexible, single keel and double keel parawing models
Buhler, W. C.↗
Inertia Tests of a 24 Foot Single Keel Parawing, Model 2
Mass moment of inertia tests for parawings in vacuum sphere
Summers, D. O.↗
Wind-tunnel investigation of several large- scale all-flexible parawings
Wind tunnel tests of large scale all-flexible parawings
Falarski, M. D.↗
Performance and deployment characteristics of a twin-keel parawing with various amounts and permeabilities of porous material in outer lobes
Performance and deployment characteristics of twin-keel parawing with different amounts and permeabilities of porous material in outer lobes
Morgan, H. L., Jr.↗
Determination of inflated shape and inertial properties of an all-flexible parawing
Determination of inflated shape and inertial properties of all-flexible parawing
Gloss, B. B.↗
Aerodynamic and deployment characteristics of single-keel solid and single-keel slotted personnel parawings
Performance and characteristics of single keel personnel parawings
Bradshaw, C. F.↗