Moscow, Russia

Moscow State University of Railway Engineering, until recently named after L.M Kaganovich , or Russian: Московский государственный университет путей сообщения, is the leading and largest higher education institution in the field of railway transport in Moscow, Russia, with more than 17,000 undergraduate and postgraduate students. In Soviet times, along with the Gubkin Russian State University of Oil and Gas, MIIT was known for giving Jewish applicants a fairer chance at admission, while other universities tacitly instituted quotas and impediments for students of Jewish origin. Every year about 25,000 top managers and specialists take professional development courses at MIIT. Wikipedia.

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Blagovestova T.E.,Moscow State University of Railway Engineering
Regional Research of Russia | Year: 2016

Nutrition is an important indicator of quality of life, an element of national security. The article reviews the formation of the food consumption geography. The differences in food consumption among Russia's regions are shown in the dynamics from 1990 to 2013. They are caused by the influence on food patterns of such factors as natural conditions, level of regional socioeconomic development, local traditions associated with the agricultural profile of an area, living standards, ethnic nutrition traditions, etc. The well-being of regions with higher food consumption levels depends mainly on economic conditions or on favorable natural living conditions. The following trends have been identified: an increase in consumption of vegetables in most regions; a decrease in consumption of dairy products in Russia in general, and especially in regions with traditional dairy farming; and a significant increase in consumption of potatoes and bread in the North Caucasian republics. The paper represents the results of a food pattern cluster analysis of Russia's regions in 1990 and 2013. © 2016 Pleiades Publishing, Ltd.

Tyurin N.A.,Moscow State University of Railway Engineering
Theoretical and Mathematical Physics | Year: 2010

We introduce the notion of a pseudotoric structure on a symplectic manifold, generalizing the notion of a toric structure. We show that such a pseudotoric structure can exist on toric and nontoric symplectic manifolds. For the toric manifolds, it describes deformations of the standard toric Lagrangian fibrations; for the nontoric ones, it gives Lagrangian fibrations with singularities that are very close to the toric fibrations. We present examples of toric manifolds with different pseudotoric structures and prove that certain nontoric manifolds (smooth complex quadrics) have such structures. In the future, introducing this new structure can be useful for generalizing the geometric quantization and mirror symmetry methods that work well in the toric case to a broader class of Fano varieties. © MAIK/Nauka 2010.

Inozemtsev V.E.,Moscow State University of Railway Engineering
Procedia Engineering | Year: 2016

The article describes the formation of surface topography in combined finishing machining. Use of combined machining can achieve a better quality of the resulting surface. Multiple studies have helped to formulate the main provisions and recommendations regarding the determination of appropriate machining parameters, selection of cutting parameters and the environmental requirements the cutting tool in use should meet. However, many questions on the quality of, and opportunities for combined shaping methods have not yet been studied. © 2016 The Authors.

Zakharov D.D.,Moscow State University of Railway Engineering
Mathematics and Mechanics of Solids | Year: 2012

Localized waves near the stress-free surface or the free edge of a solid with a thin nematic coating are investigated. The nematic media is described using an approximate linear low-frequency model. Being a non-traditional material this medium possesses a strong anisotropy of elastic and viscous properties and some additional freedom caused by the long polymer chain and molecules. As shown, the specific wave phenomena, observed earlier in the infinite nematic media, in the case of a coating with finite thickness lead to the appearance of the quasi-resonance zones where the phase speed and the attenuation of waves in heterogeneous composites are strongly perturbed. © 2011 SAGE Publications.

Konstantin S.,Moscow State University of Railway Engineering
Procedia Engineering | Year: 2014

A significant share of total manufactured workpieces, obtained in the metal forming processes, are workpieces with a developed «thin» blanket and the ribs. Mathematical model, describing the deformation of a thin layer of metal, based on «sand analogy». Due to a number of assumptions, this model gives an approximate picture of the metal flow. It is very convenient for constructing a visual picture of the flow of metal when it is necessary to obtain not quantitative and qualitative characteristics of the process. For the simulation of plastic forming of workpiece has developed a software complex PARSHTAMP, using «sand analogy». It allows to represent: The contour of forging, the dividing line of metal flow, the pattern of the metal flow, the profile of the ribs, the spatial diagram of contact stresses. © 2014 Published by Elsevier Ltd.

Zaytsev A.A.,Moscow State University of Railway Engineering
Physical Modelling in Geotechnics - Proceedings of the 8th International Conference on Physical Modelling in Geotechnics 2014, ICPMG 2014 | Year: 2014

At present time the growth of high speed train traffic takes part in Russian Railways, especially in the European part of the country. In this connection, routes of freight traffic have been changed. The load from freight trains on lines with embankments based on weak foundations (peat foundations) has been increased. The evaluation of efficiency of reinforcement of the peat foundation with wooden piles applied for repair of the subgrade was obtained by centrifugal modeling. The results were compared with modeling of embankments without reinforcement. As the prototype there were used embankments on Obozerskaya-Malenga line (northern part of Russia, Arhangelsk region). Physical centrifugal modeling was obtained by wooden pile construction for prototype scale: length of piles-6.5 m and diameter 0.3 m (joined in the top) with small sandy berm. Two series of experiments were performed: for two rows of piles and for four rows of piles. In the paper there are presented data of these centrifuge tests and construction sites observing for better analyzing efficiency of these technical decisions. © 2014 Taylor & Francis Group.

Dmitrenko A.V.,Moscow State University of Railway Engineering
Advanced Studies in Theoretical Physics | Year: 2014

Fundamentals of the new theory for the processes of transition from deterministic state to the chaos state (turbulence) for non-isothermal flows are presented. According to this theory, systems of stochastic equations of energy, momentum and mass are applied for non-isothermal flows. Then the analytical dependence for estimation of the value of the critical Reynolds number and the value of the critical point of regime change for non-isothermal and compressible flows are written. As an example, consider the classic flow of a Newtonian medium in the circular smooth tube. The values of the critical point of the beginning of the transition from laminar (deterministic) to turbulent motion for non-isothermal flows in the pipe are predicated. It is shown, that predicated values of the critical Reynolds numbers are in satisfactory agreement with the classical data. © 2014 Artur V. Dmitrenko.

Agency: Cordis | Branch: FP7 | Program: CSA-SA | Phase: SST-2007-6.0-01;SST-2007-6.0-02 | Award Amount: 506.34K | Year: 2008

Contributing to the European Research Area in surface transport to strengthen the competitiveness of the European surface transport sector. This will be achieved by using the excellent EURNEX competence to provide research excellence capabilities to European Small and Medium Size Enterprises (SMEs). Furthermore the cooperation with research excellencies from non EU countries will stimulate research that is of mutual interest and strengthen the European as well as non European research excellencies. EURNEX, the European Rail Research Network of Excellence, started on 01 January 2004 and has been granted for 4 years with 6 Mio within the 6th Framework Programme of EC. It involves 66 research institutes from 20 European countries and the associations of industry and operators UNIFE, UIC and UITP. More than 80 % of the members cover not only the rail research domain but surface transport. EURNEX supports the aims of the EC to see an interoperable and harmonised European rail system contributing to co-modality and a strong internationally competitive European railway industry by integrating the fragmented research, sharing knowledge and coordinating current research. The main benefits for the integration of non EU researchers in EURNEX are the scientific exchange on an international level, the training of junior scientists and researchers using the EURNEX assets, the identification of research areas that are of mutual interest, and the solving of problems in the international railway sector with European know how. The main benefits, that SMEs contributing as associated partners in EURNEX can gain, are an overview of the state of the art of the surface transport sector as a whole as well as specific topics, an insight in current research trends, an evaluation of their individual know how (respecting sensitive information), and an access to excellent research capabilities and test facilities.

Tyurin N.A.,Moscow State University of Railway Engineering
Theoretical and Mathematical Physics | Year: 2012

We show that exotic Lagrangian tori constructed by Chekanov and Schlenk can be obtained for a large class of toric manifolds. For this, we translate their original construction into the language of pseudotoric structures. As an example, we construct exotic Lagrangian tori on a del Pezzo surface of degree six. © 2012 Pleiades Publishing, Ltd.

Agency: Cordis | Branch: FP7 | Program: CSA-CA | Phase: SST.2012.2.5-2. | Award Amount: 962.83K | Year: 2012

The rapid development of Asian economies, particularly China, India and Russia has dramatically increased the trade volumes between Europe and Asia, with the largest trading partners of Europe actually being located in Asia. Nowadays, the most important trade loads are being transported between the two continents by sea. Railway transport, using the existing and new land routes for the Trans-Eurasian land bridge presents a viable alternative to the maritime routes, which is gaining significant momentum. Due to the origins and current nature of this rail land bridge, numerous issues need to be resolved to bring the system to a modern state of infrastructure, services and operations. Furthermore, to build the capacity to fully exploit the systems potential adaptation of new technologies, interoperability solutions and optimized operations should be considered. To support this objective, NEAR2 proposed the development of a Rail Research Network, drawing knowledge and expertise form leading institutions and researchers from both continents. The project capitalizes upon the existing structure and leverages the achievements of the existing European Rail Research Network and builds upon the reservoir of expertise of the proposed project partners gleaned from the most relevant past and on going research projects and other activities. The Network aims to become the resource arm of the relevant industry. NEAR2 will establish a unique, international, interdisciplinary research capacity with the goal of contributing in advancing a major sector of the regions economy, as well as broaden the knowledge basis of the railway research and practice.

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