Fatigue design : papers presented at the International Symposium on Fatigue Design organized and sponsored by VTT (Technical Research Centre of Finland) and held in Helsinki, Finland
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Bibliographic Information
Fatigue design : papers presented at the International Symposium on Fatigue Design organized and sponsored by VTT (Technical Research Centre of Finland) and held in Helsinki, Finland
（ESIS Publication, 16）
Mechanical Engineering, 1993
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Description and Table of Contents
Description
A collection of papers presented at the International Symposium on Fatigue Design. Topics covered include the quantification of service load data for realistic fatigue life predictions, the identification of stress states and failure modes in fatigue and the residual life assessment in damaged engineering components. Attention is also given to the philosophy of fatigue design together with the need for simple yet reliable fatigue life prediction tools to help ensure the adequate fatigue strength of a component or structure at the design stage.
Table of Contents
- The significance of service load data for fatigue life analysis
- the least and most damaging histories which can be constructed from a specific from-to matrix
- damage tolerance of a helicopter rotor high-strength steel
- fatigue life of two steels under variable amplitude loading
- spectrum fatigue data in comparison to design curves in the long life regime
- modelling of fatigue crack growth in flat plate weldments and tubular welded joints
- a local approach for the fatigue strength evaluation of ship structures
- fracture mechanics analysis of the residual service life of the welded main girders of the highway bridges of Rudersdorf
- fatigue of old metallic railroad bridges
- towards a better fatigue strength of welded steel structures
- the effect of the coating layer thickness on high temperature fatigue strength in thermal barrier-coated steel
- simplified analysis of elastic-plastic strain concentration in notched components under cyclic loading
- the use of finite element codes for cyclic stress-strain analysis
- discriminating experiments for multiaxial fatigue damage models
- part contents.
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