[PDF] Thermoelastic Effects On Hypersonic Stability And Control V1 Elastic Response Determinations For Severely Heated Wings eBook

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Thermoelastic Effects on Hypersonic Stability and Control

Richard H. Gallagher
Thermoelastic Effects on Hypersonic Stability and Control by Richard H. Gallagher PDF

Author : Richard H. Gallagher
Publisher :
Page : 160 pages
File Size : 12,48 MB
Release : 1961
Category : Aerodynamics, Hypersonic
ISBN :

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Methods for predicting the elastic characteristics of severely heated lifing surfaces are described. These methods, applicable to a wide variety of configurations and support conditions, account for nonlinear temperature distributions in all directions and the effects of finite deflections. Specific distributions in all formulations are given for the case where the surface can be represented as a thin plate and for the flexural element-torsion box representation. Both approaches are applied to the prediction of test data, and their accuracy is assessed. The extension of other low aspect ratio wing analysis techniques to include elevated temperature effects is also described.

Nonlinear Thermoelastic Effects on Hypersonic Stability and Control. Part Ii. Analytical and Experimental Static Aerothermoelasticity

James R. Batt
Nonlinear Thermoelastic Effects on Hypersonic Stability and Control. Part Ii. Analytical and Experimental Static Aerothermoelasticity by James R. Batt PDF

Author : James R. Batt
Publisher :
Page : 90 pages
File Size : 15,53 MB
Release : 1964
Category :
ISBN :

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An analytical method was developed for the analysis of static aerothermoelastic behavior in the presence of nonlinear aerodynamic loads and geometrically nonlinear structural behavior. The method was programmed for the IBM 7090 digital computer using FORTRAN coding techniques. A system for the experimental determination of static aerothermoelastic response of nonuniformly heated structures to loadings which are a nonlinear function of wing surface slopes was developed. Results of this experimental program are presented and compared with theoretical predictions. (Author).