Shell-like Structures: Non-classical Theories and Applications (Advanced Structured M

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Shell-like Structures: Non-classical Theories and Applications (Advanced Structured Materials)

Author: Altenbach, Holm; Eremeyev, Victor A. (Eds.) | Size: 33.4 MB | Format: PDF | Publisher: Springer | Year: 2011 | pages: 750 | ISBN: 9783642218545

In this volume scientists and researchers from industry discuss the new trends in simulation and computing shell-like structures. The focus is put on the following problems: new theories (based on two-dimensional field equations but describing non-classical effects), new constitutive equations (for materials like sandwiches, foams, etc. and which can be combined with the two-dimensional shell equations), complex structures (folded, branching and/or self intersecting shell structures, etc.) and shell-like structures on different scales (for example: nano-tubes) or very thin structures (similar to membranes, but having a compression stiffness). In addition, phase transitions in shells and refined shell thermodynamics are discussed. The chapters of this book are the most exciting contributions presented at the EUROMECH 527 Colloquium “Shell-like structures: Non-classical Theories and Applications” held in Wittenberg, Germany.

Content Level » Research

Keywords » biological membranes - biomechanics - compression stiffness - laminate structures - metal foams - nanofilms and nanomechanics - non-classical effects - phase transitions in shells - sandwich structures - selfintersecting shell structures

Related subjects » Characterization & Evaluation of Materials - Computational Science & Engineering - Mechanics

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Shell-like Structures Non-classical Theories and Applications

Author(s)/Editor(s): Holm Altenbach• Victor A. Eremeyev Editors | Size: 33.4 MB | Format: PDF | Quality: Unspecified | Publisher: SPRINGER | Year: 2011 | pages: 763 | ISBN: 978-3-642-21855-2

Shell-like structures are used in Civil and Aero-space engineering as basic structural elements. As a model of analysis are also used such structures in other branches, e.g. Mechanical engineering, but also in new branches like Medicine and Biology. New applications are primarily related to new materials—instead of steel or concrete, now one has to analyze laminates, foams, functionally graded materials, nanofilms, biological membranes, soft tissues, etc. The new trends in applications demand the improvements of the theoretical foundations of shell theory, since new effects must be taken into account. For example, in the case of small-size shell-like structures (thin films, multiwalled nanotubes) the surface effect plays an important role in the mechanical analysis of these structural elements.
Scientific meetings like conferences or colloquia are regularly organized by civil engineers, mathematicians, etc. Within the EUROMECH Colloquium 527 Shell-like structures – Non-classical Theories and Applications, which will bring together specialists from different areas, various items related to the colloquium title are discussed by international experts. The forum was addressed to scientists and researchers from industries. The focus was related to the following problems: new theories (based on two-dimensional field equations but describing non-classical effects), mathematical methods, e.g. the asymptotical analysis, new constitutive equations (for materials like sandwiches, foams, biological membranes, etc. and which can be combined with the two-dimensional shell equations), complex structures (folded, branching and/or self-intersecting shell structures, etc.) and shell-like structures on different scales (thin- and nanofilms, nanotubes, and nanoparticles) or very thin structures (similar to membranes, but with bending stiffness). In addition, coupled effects, phase transitions in shells and refined shell thermodynamics are discussed.

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