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Dedication
Biography
Preface
Acronyms

1£®Composite analysis overview
1£®1£®Introduction
1£®1£®1£®History of composites
1£®1£®2£®Applications of composites in aircrafts
1£®2£®Composite laminates
1£®2£®1£®Definition and constituents
1£®2£®2£®Plies
1£®2£®3£®Laminates
1£®3£®Analysis schemes
1£®3£®1£®Basic analysis schemes
1£®3£®2£®Basic equations
1£®3£®3£®Existing analysis theories
1£®3£®4£®Challenges
1£®3£®5£®Future developments
1£®4£®General Hooke's law
1£®4£®1£®Hyperelastic materials
1£®4£®2£®Monoclinic materials
1£®4£®3£®Orthotropic materials
1£®4£®4£®lsotropic materials
1£®4£®5£®Plane stress-reduced constitutive relations
1£®4£®6£®Transformation of material coefficients
1£®5£®Energy principles
1£®5£®1£®Virtual displacement principle
1£®5£®2£®Hamilton's principle
1£®5£®3£®Mixed variational principles
References

2£®Shear deformation theories
2£®1£®Introduction
2£®2£®Classical laminated plate theory
2£®2£®1£®Displacement fields
2£®2£®2£®Kinematic equation
2£®2£®3£®Constitutive equations
2£®2£®4£®Governing equations
2£®3£®First-order shear deformation theory
2£®3£®1£®Displacement fields
2£®3£®2£®Kinematic equation
2£®3£®3£®Shear correction factors
2£®3£®4£®Constitutive equations
2£®3£®5£®Governing equations
2£®4£®High-order shear deformation theories
2£®4£®1£®Second-order shear deformation theory
2£®4£®2£®Third-order shear deformation theory
2£®4£®3£®Higher-order shear deformation theories
2£®5£®Finite element formulations
2£®5£®1£®CLPT
2£®5£®2£®FSDT
2£®5£®3£®TSDT
2£®5£®4£®Numerical examples
References
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3£®State space theory
4£®Layerwise theories
5£®Extended layerwise method
6£®Multi physical analysis
7£®Analysis of complex composites
8£®Progressive failure analysis
9£®Multi scale analysis
10£®Sensitivity analysis
11£®Analysis codes

Index