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In April 1985 two workshop meetings were arranged in two
consecutive weeks: the Second CSNI Informal Workshop on Ductile
Fracture Test Methods was organised and hosted by OECD, Paris, and
chaired by F.J. Loss. It took place on 17th-19th April 1985. It
dealt primarily with experimen- tal techniques in elastic-plastic
fracture mechanics and standardisation of J and JR-curve tests. In
order to enable overseas participants to Ic attend this meeting and
the Workshop on the CTOD Methodology the latter was scheduled for
23th-25th April 1985 at the GKSS-Forschungs- zentrum Geesthacht.
Thus, a number of participants took part in the debates on the
merits of the CTOD concept, having the state-of-the-art of the
J-integral philosophy freshly in mind. In this respect, the twin
arrangement was very fruitful. Three days were planned for the
meeting, in order to have sufficient time for presenting and
discussing 27 contributions. Because of the workshop-type of the
meeting several contri butions on on- going research were presented
which were not intended to be published. The Studiengesellschaft
zur F5rderung der Kernenergieverwertung in Schiff- bau und
Schiffahrt e.V. (KEST) and the Stiftung Volkswagenwerk generously
sponsored the workshop, which is gratefully acknowledged. Thanks
are due to GKSS-Forschungszentrum Geesthacht for hosting the
meeting.
This volume of proceedings contains the papers from the third in a
successful series of conferences organized by the Deutscher Verband
fur Materialforschung undprufung DVM]. The purpose of the
conference was to review methods of improving the performance of
materials and structures and to extend working life, especially
under complex loading conditions such as environmental attack and
high temperature degradation as well as providing a comprehensive
evaluation of recent progress in low cycle fatigue and
elasto-plastic behaviour of materials. Safe design and effective
operation of highly stressed structures rely on the extensive use
of mechanical approaches and micromechanics analysis to predict the
deformation and fracture response of materials in service. Because
of the need to create greater confidence in the engineering world
in advanced materials as efficient replacements for conventional
materials, many of the papers emphasize the role of new materials
and emerging technology.
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