Analysis and design of structural sandwich panels [electronic resource] / by Howard G. Allen.
Analysis and Design of Structural Sandwich Panels serves as a simple guide to the fundamental aspects of the theory of sandwich construction and to the assumptions on which it is based. This book discusses the real importance of the assumptions made in sandwich theory concerning the relative stiffne...
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Full Text (via ScienceDirect) |
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| Main Author: | |
| Format: | Electronic eBook |
| Language: | English |
| Published: |
Oxford ; New York :
Pergamon Press,
[1969]
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| Edition: | [1st ed.] |
| Series: | Commonwealth and international library. Structures and solid body mechanics division.
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| Subjects: |
Table of Contents:
- Front Cover; Analysis and Design of Structural Sandwich Panels; Copyright Page; Table of Contents; PREFACE; LIST OF PRINCIPAL SYMBOLS AND DEFINITIONS; Chapter 1. Introduction; Chapter 2. Sandwich Beams; 2.1. Sandwich Beams: Application of Ordinary Beam Theory; 2.2. Sign Convention for Bending of Beams; 2.3. Deflection of a Simply-supported Sandwich Beam with Antiplane Core and Thin Faces (Symmetrical Load; 2.4. Deflection of a Simply-supported Sandwich Beam with Antiplane Core and Thin Faces (Unsymmetrical Load.
- 2.5. Deflections and Stresses in a Sandwich Beam with AntiplaneCore and Thick Faces2.6. Simply-supported Beam with Central Point Load W (AntiplaneCore and Thick Faces); 2.7. Simply-supported Beam with Uniformly Distributed Load(Antiplane Core and Thick Faces; 2.8. Beam with Four-point Loading (Antiplane Core and ThickFaces); 2.9. Sandwich Beams with Faces of Unequal Thickness (AntiplaneCore); 2.10. Sandwich Beams in which the Modulus of Elasticity of the Core Parallel with the Axis is not Small (Faces of EqualThickness; 2.11. Wide and Narrow Beams; Chapter 3. Buckling of Sandwich Struts.
- 3.1. Buckling of Pin-ended Sandwich Strut with Antiplane Coreand Thin Faces3.2. Buckling of Pin-ended Sandwich Strut with Antiplane Coreand Thick Faces; 3.3. Further Consideration of Buckling (Antiplane Core, ThickFaces); 3.4. Wrinkling Instability; Chapter 4. Analysis of Sandwich Beams and Struts by Strain Energy Methods; 4.1. Introduction, Notation, Assumptions; 4.2. Displacements and Strains; 4.3. Strain Energy; 4.4. Simply-supported Beam-column with Sinusoidal TransverseLoad; 4.5. Evaluation of Stresses due to Combined End-load and Sinusoidal Transverse Load.
- 4.6. Deflections and Stresses due to Non-sinusoidal TransverseLoadsChapter 5. Bending and Buckling of Isotropic Sandwich Panels with Very Thin Identical Faces (Ritz Method); 5.1. Introduction; 5.2. Displacements and Strains; 5.3. Strain Energy; 5.4. Plate with Isotropic Faces and Core; 5.5. Other Types of Simply-supported Sandwich Plate; 5.6. Boundary Conditions for a Simply-supported Panel; Chapter 6. Bending and Buckling of Ortho tropic Sandwich Panels with Thick Dissimilar Faces (Ritz Method); 6.1. Introduction; 6.2. Displacements and Strains; 6.3. Strain Energy.
- 6.4. Potential Energy of Applied Forces6.5. Minimization of Total Energy; 6.6. Procedure in Particular Cases; 6.7. Simply-supported Sandwich Plate with Identical IsotropicThick Faces and ""Isotropic"" Core; Chapter 7. Bending and Buckling of Orthotropic Sandwich Panels with Thin Faces; Alternative Solution Based on DifferentialEquations of Sandwich Pane; 7.1. Introduction; 7.2. Notation, Assumptions and Basic Equations; 7.3. General Differential Equations; 7.4. Simplified Form of Differential Equations; 7.5. Core Shear Strains and the Effect of Face Thickness.