Advanced Structural Analysis/Layout/Map

1. Introduction
2. Participate
3. Part I - Theory
   1. Introduction
   2. Philosophy of Structural Analysis
      1. Introduction
      2. Design Criteria
      3. Work Flow
   3. General Properties of Materials
      1. Introduction
      2. Measures
         1. Introduction
         2. Elasticity
         3. Plasticity]
            1. Introduction
            2. 1D Stress]
               1. Definition of Yielding
               2. Repetitive Tensile Loading
               3. Repetitive Compressive Loading
               4. Reversed Loading
         4. Ductility
         5. Hardness
         6. Resilience
      3. Materials Science
      4. Typical Engineering Materials
   4. Continuum Mechanics
      1. Introduction
      2. Kinematics
      3. Stress Measures
      4. Laws of Conservation
      5. Constitutive Equations
   5. Residual Stress
   6. Failure Modes
      1. Introduction
      2. Fatigue
         1. Introduction
         2. Nomenclature
         3. Elementary Definitions
            1. Stress Cycle
            2. Max and Min Stress of Stress Cycle
            3. Stress Range
            4. Stress Amplitude
            5. Mean Stress
            6. Stress Ratio
            7. Fatigue Life
            8. Fatigue Limit
            9. Nominal Stress
            10. Stress Concentration Factor
         4. Crack Initiation
            1. Introduction
            2. Fundamentals
            3. The Wöhler Curve
            4. The Similarity Principle
            5. Loading
               1. Introduction
               2. Influence of Mean Stress
                  1. Introduction
                  2. Algebraic Models
                  3. Haigh Diagram
               3. Load Spectra
                  1. Introduction
                  2. Miner-Palmgren rule
                  3. Cycle Counting
                  4. Multiple Loads
                     1. 1. Introduction
                        2. Synchronized Loads
                        3. Non-synchronized Loads
            6. Additional Influences
         5. Crack Growth
         6. Final Failure
         7. Special Members
            1. Introduction
            2. Welded Joints
            3. Bolted Joints
      3. Plastic Failure
         1. Introduction
         2. Yield Criterion
            1. Introduction
            2. Hydrostatic Pressure Independent Materials
               1. Introduction
               2. The Tresca Yield Criterion
               3. The von Mises Yield Criterion
            3. Hydrostatic Pressure Dependent Materials
         3. Limit Analysis
            1. Lower Bound
            2. Upper Bound
         4. Special Members
            1. Introduction
            2. Welds
               1. Introduction
               2. Fillet Welds
               3. Butt Welds
               4. Spot Welds
      4. Brittle Failure
      5. Creep
      6. Tribological Mechanisms
      7. Corrosion
      8. Deflection
      9. Vibration
   7. Optimization
   8. Modeling
      1. Introduction
      2. Linear Static Analysis
         1. Introduction
         2. Static Strength
            1. Introduction
            2. Special Members
               1. Introduction
               2. Welds
                  1. Introduction
                  2. Fillet Welds
                  3. Butt Welds
                  4. Spot Welds
               3. Bolts
               4. Rivets
            3. Fatigue
      3. Linear Static Bifurcation Analysis
      4. Geometrically Nonlinear Elastic Static Analysis
      5. Materially Nonlinear Static Analysis
      6. Geometrically and Materially Nonlinear Static Analysis
      7. Geometrically Nonlinear Elastic Static Analysis with Imperfections Included
      8. Geometrically and Materially Nonlinear Static Analysis with imperfections Included
      9. General Dynamic Analysis
      10. Thermal Analysis
   9. Verification
   10. Normative Documents
       1. Introduction
       2. Africa
       3. Asia
       4. Europe
       5. North America
       6. Oceania
       7. South America
4. Part II - Application
   1. 1. Introduction
      2. Linear Static Analysis
      3. Linear Static Bifurcation Analysis
      4. Geometrically Nonlinear Elastic Static Analysis
      5. Materially Nonlinear Static Analysis
      6. Geometrically and Materially Nonlinear Static Analysis
      7. Geometrically Nonlinear Elastic Static Analysis with Imperfections Included
      8. Geometrically and Materially Nonlinear Static Analysis with imperfections Included
      9. General Dynamic Analysis
      10. Thermal Analysis
5. References
6. The Contributors
7. Book Map