# Advanced Structural Analysis/Layout/Map

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