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by Christos Kassapoglou
Design and Analysis of Composite Structures: With Applications to Aerospace Structures, 2nd Edition
Cover
Aerospace Series List
Title Page
Copyright
About the Author
Series Preface
Preface to First Edition
Preface to Second Edition
Chapter 1: Applications of Advanced Composites in Aircraft Structures
References
Chapter 2: Cost of Composites: a Qualitative Discussion
2.1 Recurring Cost
2.2 Nonrecurring Cost
2.3 Technology Selection
2.4 Summary and Conclusions
Exercises
References
Chapter 3: Review of Classical Laminated Plate Theory
3.1 Composite Materials: Definitions, Symbols and Terminology
3.2 Constitutive Equations in Three Dimensions
3.3 Constitutive Equations in Two Dimensions: Plane Stress
Exercises
References
Chapter 4: Review of Laminate Strength and Failure Criteria
4.1 Maximum Stress Failure Theory
4.2 Maximum Strain Failure Theory
4.3 Tsai–Hill Failure Theory
4.4 Tsai–Wu Failure Theory
4.5 Puck Failure Theory
4.6 Other Failure Theories
References
Chapter 5: Composite Structural Components and Mathematical Formulation
5.1 Overview of Composite Airframe
5.2 Governing Equations
5.3 Reductions of Governing Equations: Applications to Specific Problems
5.4 Energy Methods
Exercises
References
Chapter 6: Buckling of Composite Plates
6.1 Buckling of Rectangular Composite Plate under Biaxial Loading
6.2 Buckling of Rectangular Composite Plate under Uniaxial Compression
6.3 Buckling of Rectangular Composite Plate under Shear
6.4 Buckling of Long Rectangular Composite Plates under Shear
6.5 Buckling of Rectangular Composite Plates under Combined Loads
6.6 Design Equations for Different Boundary Conditions and Load Combinations
Exercises
References
Chapter 7: Post-Buckling
7.1 Post-Buckling Analysis of Composite Panels under Compression
7.2 Post-Buckling Analysis of Composite Plates under Shear
Exercises
References
Chapter 8: Design and Analysis of Composite Beams
8.1 Cross-Section Definition Based on Design Guidelines
8.2 Cross-Sectional Properties
8.3 Column Buckling
8.4 Beam on an Elastic Foundation under Compression
8.5 Crippling
8.6 Importance of Radius Regions at Flange Intersections
8.7 Inter-Rivet Buckling of Stiffener Flanges
8.8 Application: Analysis of Stiffeners in a Stiffened Panel under Compression
Exercises
References
Chapter 9: Skin–Stiffened Structure
9.1 Smearing of Stiffness Properties (Equivalent Stiffness)
9.2 Failure Modes of a Stiffened Panel
9.3 Additional Considerations for Stiffened Panels
Exercises
References
Chapter 10: Sandwich Structure
10.1 Sandwich Bending Stiffnesses
10.2 Buckling of Sandwich Structure
10.3 Sandwich Wrinkling
10.4 Sandwich Crimping
10.5 Sandwich Intracellular Buckling (Dimpling) under Compression
10.6 Attaching Sandwich Structures
Exercises
References
Chapter 11: Composite Fittings
11.1 Challenges in Creating Cost- and Weight-Efficient Composite Fittings
11.2 Basic Fittings
11.3 Other Fittings
Exercises
References
Chapter 12: Good Design Practices and Design ‘Rules of Thumb’
12.1 Layup/Stacking Sequence-Related
12.2 Loading and Performance-Related
12.3 Guidelines Related to Environmental Sensitivity and Manufacturing Constraints
12.4 Configuration and Layout-Related
Exercises
References
Chapter 13: Application – Design of a Composite Panel
13.1 Monolithic Laminate
13.2 Stiffened Panel Design
13.3 Sandwich Design
13.4 Cost Considerations
13.5 Comparison and Discussion
References
Index
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