Analytical strength assessment of components (6^th Ed.)
Made of Steel, Cast Iron and Aluminium Materials in Mechanical Engineering

General survey
. 0.0 Scope
. 0.1 Technical Background
. 0.2 Required assessments
. 0.3 Stresses and component types
. 0.4 Procedure of calculation
1 - Assessment of the static strength using nominal stresses
. 1.0 General
. 1.1 Characteristic service stresses
. 1.2 Material properties
. 1.3 Design parameters
. 1.4 Component strength
. 1.5 Safety factors
. 1.6 Assessment
2 - Assessment of the fatigue strength using nominal stresses
. 2.0 General
. 2.1 Characteristic service stresses
. 2.2 Material properties
. 2.3 Design parameters
. 2.4 Component strength
. 2.5 Safety factors
. 2.6 Assessment
3 - Assessment of the static strength using local stresses
. 3.0 General
. 3.1 Characteristic service stresses
. 3.2 Material properties
. 3.3 Design parameters
. 3.4 Component strength
. 3.5 Safety factors
. 3.6 Assessment
4 - Assessment of the fatigue strength using local stresses
. 4.0 General
. 4.1 Characteristic service stresses
. 4.2 Material properties
. 4.3 Design parameters
. 4.4 Component strength
. 4.5 Safety factors
. 4.6 Assessment
5 - Annexes
. 5.1 Material tables
. 5.2 Stress concentration factors
. 5.3 Fatigue notch factors
. 5.4 Fatigue classes for welded components made of structural steel and of aluminum alloys
. 5.5 Estimation of the fatigue limit of surface treated components
. 5.6 Experimental determination of component strength values
. 5.7 Design loads
6 - Examples
. 6.1 Shaft shoulder
. 6.2 Cast component
. 6.3 Compressor flange made of grey cast iron
. 6.4 Welded perforated rod
. 6.5 Welded T-section made of aluminum
. 6.6 Welded aluminum structure
7 -Symbols
. 7.1 Abbreviations
. 7.2 Indexes
. 7.3 Lower case characters
. 7.4 Upper case characters
. 7.5 Greek alphabetic characters
. 7.6 Basic equations
8 - Modifications
. 8.1 General