Aeroelasticity of Plates and Shells (Mechanics: Dynamical Systems)

Contents......Page all_25321_to_00152.cpc0004.djvu
Preface......Page all_25321_to_00152.cpc0008.djvu
Nomenclature......Page all_25321_to_00152.cpc0010.djvu
1. Physical nature or the problem and experiments......Page all_25321_to_00152.cpc0014.djvu
1.1 Physical nature of the problem......Page all_25321_to_00152.cpc0015.djvu
Identification of onset of flutter......Page all_25321_to_00152.cpc0017.djvu
Pre-wind tunnel preparation......Page all_25321_to_00152.cpc0018.djvu
Wind tunnel flutter testing......Page all_25321_to_00152.cpc0020.djvu
Flight flutter testing......Page all_25321_to_00152.cpc0021.djvu
Role of experimental methods......Page all_25321_to_00152.cpc0022.djvu
Structural and aerodynamic operators......Page all_25321_to_00152.cpc0024.djvu
Modal expansion methods and reduction to discrete coordinates......Page all_25321_to_00152.cpc0026.djvu
Dynamics of discrete aeroelastic system......Page all_25321_to_00152.cpc0029.djvu
Various types of aeroelastic instabilities......Page all_25321_to_00152.cpc0032.djvu
2.2 General models......Page all_25321_to_00152.cpc0039.djvu
Arbitrary support conditions......Page all_25321_to_00152.cpc0042.djvu
Effects of structural damping......Page all_25321_to_00152.cpc0045.djvu
Other structural parameters......Page all_25321_to_00152.cpc0046.djvu
3.1 Illustrative model......Page all_25321_to_00152.cpc0048.djvu
Nonlinear structural model for a flat plate......Page all_25321_to_00152.cpc0051.djvu
Effects of static external loadings......Page all_25321_to_00152.cpc0056.djvu
Effects of curvature......Page all_25321_to_00152.cpc0059.djvu
A formal Raylcigh-Ritz approach......Page all_25321_to_00152.cpc0061.djvu
4.1 Potential flow aerodynamics......Page all_25321_to_00152.cpc0064.djvu
Aerodynamic pressure forms and approximations......Page all_25321_to_00152.cpc0068.djvu
4.2 Shear flow aerodynamics......Page all_25321_to_00152.cpc0070.djvu
4.3 Angle of flow effects......Page all_25321_to_00152.cpc0077.djvu
4.4 Cavity acoustics......Page all_25321_to_00152.cpc0078.djvu
5.1 Physical nature of the problem......Page all_25321_to_00152.cpc0084.djvu
The experimental evidence and the requisite analysis......Page all_25321_to_00152.cpc0087.djvu
5.2 Generalized random forces......Page all_25321_to_00152.cpc0088.djvu
5.3 Solution procedure and results......Page all_25321_to_00152.cpc0089.djvu
6.1 Non-dimensional similarity parameters and scaling......Page all_25321_to_00152.cpc0098.djvu
6.2 Flutter results for particular structural geometries and loading conditions......Page all_25321_to_00152.cpc0102.djvu
Flat plate under transverse and in-plane loads......Page all_25321_to_00152.cpc0105.djvu
Cylindrical shell......Page all_25321_to_00152.cpc0113.djvu
Other physical parameters......Page all_25321_to_00152.cpc0115.djvu
Travelling wave flutter......Page all_25321_to_00152.cpc0117.djvu
6.3 Post-flutter behavior and structural response to turbulent boundary layer pressure fluctuations......Page all_25321_to_00152.cpc0118.djvu
7. Concluding remarks......Page all_25321_to_00152.cpc0120.djvu
Appendix I. Elastic strain energy and various forms of the equilibrium equations......Page all_25321_to_00152.cpc0122.djvu
Orthotropicity......Page all_25321_to_00152.cpc0130.djvu
Appendix II. Qualitative effect of boundary conditions......Page all_25321_to_00152.cpc0134.djvu
References......Page all_25321_to_00152.cpc0140.djvu
Subject index......Page all_25321_to_00152.cpc0146.djvu
Author index......Page all_25321_to_00152.cpc0150.djvu