scientific section

The main theme of the conference "Deformation and destruction of materials and
nanomaterialov »

Presented at the conference reports cover a wide range of tasks,
materials and approaches to the understanding of their behavior in terms of deformation and fracture, which will be fully discussed in the plenary, thematic sessions and poster sessions. The conference is planned to discuss the following fundamental scientific problems:

Questions for new classes of high-strength steels, multilayered nanostructured composites, mesomechanics destruction of thin films, questions the behavior of materials and nanomaterials at large plastic strains, questions general description of the deformation modes for the different classes of materials, of Advanced Studies in the theory of strength of materials, systematized modern deformation-thermal methods of producing ultrafine-grained steels, as well as their application will be considered,feature of the behavior of materials constructions complicated technical systems and operating under the influence of climatic conditions on the structure and properties; new technology development of advanced structural materials; interdisciplinary problems of physics and mechanics of destruction; original approaches to the problem of the physical foundations of metal fracture.

Prospective plenary speakers:

Glaser Alexander Markovich (NEITHER Mrs., SSC RF TsNIIchermet, Russia)
Botvina Lyudmila Rafailovna
Dobatkin Sergey Vladimirovich,
Alexey Lutsenko GNC “VIAM”, Moscow, Russia
Odessa Pavel Dmitrievich Central Research Institute of building structures, Moscow
Terentyev Vladimir Fedorovich
Vyacheslav Matyunin Russia, .. Moscow, MOM "Mei"
Vyacheslav Chernov OAO VNIINM, Russia
Viktor Sagaradze (Corr) Russia, .. Yekaterinburg, IFM hour RAN
Mikhail Karpov he was a member-correspondent. ISSP, Chernogolovka

Stages of the processes of deformation and fracture in different loading conditions "are considered generic principles structurization at megaplasticheskoy (intensive) plastic deformation; structure formation processes deformations and at different scale levels; processes of damage of metallic materials and composites; Various models of the ultimate state of nano-sized crystal at its deformation; problems of the kinetics of accumulation of micro, initiation and propagation of cracks in a broad range of constructional materials (metallic materials, nanocomposite coatings, heterogeneous materials and others.) for different types of deformation (impact loading, fatigue, nanoindentation et al.);

Prospects for obtaining ultrafine massive metallic materials using a variety of severe plastic deformation methods; scientific and applied problems, related processing of metals and alloys to grain refinement; the possibility of using of ultrafine materials as structural and functional, for the manufacture of products with unique mechanical and physical properties;

It is supposed to bring to the discussion of the future participants of the Conference of materials and opportunities offered by new production technologies are not discontinuous associated with fundamentally new approaches to the development of advanced materials;

The section devoted to global trends of increasing the share of composite materials in the manufacture of aircraft and missile and space technology. A series of reports section will be devoted to the development and use of composite materials in these areas. Besides the development of the fundamental principles of the creation of high-temperature materials for a new generation of engines and power plants space technology, which in the future will allow to operate in space conditions when exposed to high and low temperatures during long term operation;

It will be submitted for discussion of the results in the field of biocompatible inorganic basic research and development, organic and composite materials, bioceramics, biocompatible polymers and coatings, used to replace the, reconstruction, tissue repair and drug delivery systems in the human body;

devoted to issues of pre-fracture and microstructural disintegration of rocks at dynamic action and processes of electric pulse disintegration of the natural sulfide minerals. In this section shall be reported, dedicated to the concrete and the ability to predict discharge of concrete strength and the use of criteria strength reduction as a method of diagnosis of buildings and structures. The panel will focus on creep rezinobitumnyh materials under repeated strain, especially cracks structure after explosive impact in the rocks;

On reports submitted for discussion will be raised such fundamental problems, as the complexity of research a wide range of new materials. The concept of solving these problems - is the maximum automation of the analysis, especially routine, of mass, which is one of the key directions of development of modern methods of investigation.

dedicated to fundamental problems of increasing the role of computer simulation, as a modern method of modeling the deformation and fracture, allowing not only show the mechanical properties of the investigated materials, but as well to predict their interaction with other materials and their behavior over a wide range depending on the external conditions.

On reports submitted for discussion will be raised such fundamental problems, as the complexity of research a wide range of new materials. The concept of solving these problems - is the maximum automation of the analysis, especially routine, of mass, which is one of the key directions of development of modern methods of investigation.

• a meeting, exchange of experience and information about the achievements of young scientists, graduate and undergraduate students, working in the fields, related to the study of strength characteristics and aspects of the deformation of materials changes;
• providing young researchers, graduate and undergraduate students with the latest developments in the field of materials research expansion, and in the creation and study of new high-functional materials and nanomaterials.