N° 105: Good Design Practice - a guideline for fatigue design
English, June 2000, 53 pages
This
guideline has been designed for project managers in design offices,
engineers in steel construction companies and construction survey engineers
concerned with the manufacture of structures subjected to fatigue loads
induced by frequently changing actions, traffic actions, wind induced
oscillations or comparable actions. Contained herein is a review of
the current knowledge in fatigue design and the fabrication of fatigue
resistant structures.This document contains information about design
that is in conformity with the currently available Eurocode 3 pre-standards,
which deal with the design of steel structures. Furthermore, it contains
information about fabrication aspects not covered in the Eurocodes.The
document should be viewed as a source of advice to be consulted before
designing, fabricating, or repairing a structure subjected to fatigue.
The document is organised as follows:Chapter 2: basic fatigue theory,
modelling of fatigue actions and strength. The reader interested only
in the design and fabrication aspects of fatigue resistant structures
should go directly to the next chapters;Chapter 3: factors affecting
fatigue controlled by the designer;Chapter 4 and 6: factors controlled
by the fabricator/assemblerChapter 5: existing weld improvement methods,
that is methods for increasing the fatigue strength of selected details;Chapter
7: principles of the fitness-for-purpose approach, advice on methods
for repairing structures during fabrication, erection, or repairing
existing structures
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N° 68: European Recommendations for Aluminium Alloy Structures
Fatigue Design
English, January 1992, 63pp
These recommendations present a general method for the fatigue limit
state assessment and provide information for fabrication, inspection
and maintenance of structural elements in aluminium alloys. The procedures
assume that the structure has been designed in accordance with the other
limit state requirements of relevant design codes and standards applicable
to that structure, especially ERAAS R1.2, first edition, 1978.
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N° 43: Recommendations for the Fatigue Design of Steel Structures
English, 1985, 45 pp
These recommendations are intended to be used for fatigue assessments
of steel structures and for the development of national and other international
design documents. Recommendations are included for : fatigue strength,
classification of many structural shapes and details, fatigue loading,
a limit state safety concept, quality assurance, in-service inspection
and maintenance, fracture mechanics, hollow sections and the hot spot
stress method.
Also available in German
A Japanese version is also available at the Japanese Society of Steel
Construction, 848 Shin Tokyo Building,3-3-1 Marunouchi Chiyoda-Ku, J
- TOKYO 100
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