Despite the apparent activity in the field, the ever increasing
rate of development of new engineering materials required to meet
advanced technological needs poses fresh challenges in the field of
constitutive modelling. The complex behaviour of such materials
demands a closer interaction between numerical analysts and
material scientists in order to produce thermodynamically
consistent models which provide a response in keeping with
fundamental micromechanical principles and experimental
observations. This necessity for collaboration is further
highlighted by the continuing remarkable developments in computer
hardware which makes the numerical simulation of complex
deformation responses increasingly possible.
This book contains 14 invited contributions written by
distinguished authors who participated in the VIII International
Conference on Computational Plasticity held at CIMNE/UPC
(www.cimne.com) from 5-8 September 2005, Barcelona, Spain. The
meeting was one of the Thematic Conferences of the European
Community on Computational Methods in Applied Sciences (ECCOMAS,
www.eccomas.org).
The different chapters of this book present recent progress and
future research directions in the field of computational
plasticity. A common line of many contributions is that a stronger
interaction between the phenomenological and micromechanical
modelling of plasticity behaviour is apparent and the use of
inverse identification techniques is also more prominent. The
development of adaptive strategies for plasticity problems
continues to be a challenging goal, while it is interesting to note
the permanence of element modelling as a research issue. Industrial
forming processes, geomechanics, steel and concrete structures form
the core of the applications of the different numerical methods
presented in the book.
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