Considered several locations the bus station located in the city of Rostov-on-Don, and their location in urban areas. In the process of continuous urban growth and the construction of new housing estates, suggested to build a new avtovokzalnogo complex includes the station building itself, as well as the building of the hotel with car parking.

Keywords: bus, "model projects", "individual projects", Fibonacci spiral, bionics, shell-Nautilus

The use of a dry waterproofing compounds can significantly improve the protection of structures of buildings and structures from moisture. In determining the reliability of operation of construction projects is the choice of waterproofing material. To protect the structures used, penetrating, plastering and waterproofing obmazochnoy, depending on the specific operating conditions and design features of buildings. The use of a dry waterproofing compounds opens up opportunities for the waterproofing.

Keywords: dry mix, waterproofing, reliability, elastic waterproofing, protective coating

This article considers influence of route vehicle traffic volume on the road network capacity. The atrcile introduces the change of passanger traffic according to hours of the day on the bus routs, which are laid through signaled crossings of streets Kyubisheva - 8 Marta in Yekaterinburg nearby big transfer transport junction in the distric of subway station ""Geologicheskaya"". Recieved data gives an opportunity to identify percentage of buses in the transport stream. It is one of the factors that influences on the calculations of the length of traffic signal cycle. The analysis of received statistical data lets us draw the following conclusion: 1. To reconstract network of streets and provide the maximal traffic capacity on the crossings, it is necessary to consider variable structure of transport flow. 2. To calculate the length of traffic signal cycle it is necessary to consider the bus traffic volume, which changes according to the time. 3.There was determined the change dependency of passanger traffic on hours of the day on the bus routs. It gives the possibility to predict changes in the length of traffic signal cycle. 4. Recieved results can be used to calculate the length of traffic signal cycle and in order to developn an optimized route network of passenger transport.

Keywords: road network, signaled crossings, transport stream/flow, route vehicle, structure of transport flow, length of traffic signal cycle

The statistics of accidents is given in the oil industry. It is shown that the considerable share of accidents in the oil industry is connected with oil transportation and is followed by its spills. Among the known methods of elimination of oil spills application of various types the floating booms in combination with use of new materials and technologies remains to the most perspective and ecologically safe. The floating booms serve for the prevention of distribution of oil on the water area, for simplification of its removal from a surface of the water, and also for utilization of oil on a water surface. In case of fire the oil spill occurs retention it within the boom. The features of the application, relevant structures and elements of floating booms, ways to improve them as the primary means of oil spill response, the effectiveness of the floating booms are considered.

Keywords: oil facilities, accident statistics, water area, emergency oil spill, oil spill response, floating boom, sorbing boom, fire-resistant boom, boom operation efficiency.

This paper summarizes the study and analysis of numerous published sources, the results of experimental work to identify the species composition of microorganisms dispersed rocks, the nature and extent of their participation in corrosion process of construction of engineering structures. Experimentally established species composition of microflora of dispersed rocks the Rostov-on-Don city, lists the most active species capable of damaging protective coatings and metal. Are briefly characterized some of the mechanisms of interaction of the products of microbial activity with building materials that lead to corrosion. Identified species has the ability to destroy the materials containing organic derivatives. Indicated lithological varieties of dispersed rocks within which biocorrosion can proceed more intensively.

Keywords: corrosion, micro-organisms, disperse rocks, engineering constructions, metal structures, bacteria, actinomycetes, micromycetes.

The article presents the results of experimental studies of changes in the physico-mechanical and operational performance, polymer-dispersion-reinforced asphalt mixtures depending on the temperature of the mineral material and the time of mixing the components in the preparation of the material in the coating plant

Keywords: asphalt concrete, stone mastic asphalt concrete mixture, the wear layer, grain structure, sieve, fraction, track, toughness, shear resistance, roughness.

The article is devoted to project management of oil and gas complex and solving problems with the help of building information modeling at all stages of the project life cycle. It is dealt with some of the problems that arise during project management for construction of complex technological objects. The paper proposes the introduction of innovative information modeling technology to solve the problems. It is spoken in detail about the basic concepts and levels of development of building information model. The text describes some of the tasks that can be solved with the help of BIM-technologies at all stages of the project life cycle. Also, it is shown the impact on project outcomes and relationship between BIM engagement level and return on investment. In conclusion, the article points out that use of building information modeling leads to rapid, cheap and effective project management of oil and gas complex.

Keywords: BIM, building information modeling, level of development, project management, project life cycle, technology and organization of construction, oil and gas complex, designing of oil and gas objects, innovative technologies

The paper highlights the relevance of the topic and provides an overview of the existing slope stabilization technologies that have gained widespread use, including composite material technologies: composite piles systems and Geocomposite soil reinforcement, the latter being the injection method for improving the bearing capacity of weak soils. The paper summarizes the benefits associated with the use of composite materials and explores the experience of using worn tires to build retaining walls. In particular, two options are described: with stepwise and vertically arranged tires. Building on the existing experience of soil stabilization with geogrids, a new technology is proposed to stabilize slopes using halves of worn tires. The paper also describes the technology for consolidation of tires and securing them against native soil. The theoretic importance of the paper can be seen in improving the slope stabilization technology, and its practical relevance is associated with its application in construction, reconstruction, repair of buildings, structures and linear works (motor and railroads, oil and gas pipelines, other utility lines) built on slopes or in landslide areas..

Keywords: slopes, soils, reinforcement, stabilization, geogrids, worn tires, retaining walls, resolving environmental issues.

It describes the importance of urban development in national security, which is caused by the development of the defense infrastructure districts.

Keywords: city garrison, armed forces, defense, defense infrastructure

In article traffic safety of vehicles on a straight section of the road is considered. Possibility of a road accident at sudden braking ahead of the going car for any reason is estimated. For safety of the movement and prevention of capacity reduction of the road because of emergence of a road accident the vehicles moving on a straight section of the road of big extent have to observe the distance determined by formulas.

Keywords: road capacity, road accident, traffic safety, minimum and safe distance

In this paper basic problems of safety control during metering complex development are observed. The system being analyzed was divided into two parts:low level (energy meters and GSM-concentrators) and high level (GSM-channel and server). These two parts analyzed before making models for each of them. The whole system is considered a queuing system, main techniques are observed. Analytic model is developed for low level of system, and imitational model is developed for high level. The most safety critical element is recognized. The resulting models could be used in future work as an event generators for analytic software.

Keywords: queuing system, modeling, imitational model, complex, energy resource, energysaving

construction, road, system IndorCAD/Road, a digital model of geodetic engineering terms, design, transport system, transportation hub.

Keywords: construction, road, system IndorCAD/Road, a digital model of geodetic engineering terms, design, transport system, transportation hub

The article raises the problem of small combat complex, which includes a system of "official living environment - military collective - military equipment." It reveals the inconsistency of the concept of the ideal warrior without harmony in the functioning and formation systems.

Keywords: City Armed Forces, architecture, facilities, living environment, military, military equipment

In accordance with the theory of mathematical and statistical modeling, evaluation studies, selected the main characteristics of the models describing the studied production process of fiberboard using different types of binders. In accordance with the developed plan of the selected controlled studies, uncontrolled and controlled factors of the process under study. The levels, steps, and intervals of variation of the studied factors. As a method of obtaining the mathematical dependencies of the quality indicators of fibreboard from the kind of used binder was enacted active single-factor experiment. The results of the studies conducted statistical analysis of the dependence of physical-mechanical characteristics of the performance of the finished plate thickness fibreboard manufactured by wet and dry methods, interpretation of research results, quantitative and qualitative relationships between the studied parameters.

Keywords: strength, water absorption resin, fiberboard, thickness, experiment planning, mathematical model

Results of researches on improvement of quality of the brick made of clay Kagalnik-3 raw materials are presented. It is defined that raw materials contain a large number of particles less than 1 mm in size that complicates receiving press powder of the recommended granulometriya. In addition, because of high sensitivity of raw materials to drying, on samples there are drying cracks influencing durability and frost resistance. It is defined that for receiving qualitative products, except softer mode of drying, for increase in physico-mechanical characteristics it is necessary to add the mineral modifying additive to furnace charge, and to carry out preparation of press powder with preliminary plastic granulation of weight.

Keywords: clay raw materials, ceramic brick, semi-dry pressing, press powder, sensitivity to drying, advanced plastic recycling, granulation, modifying additive, strength, frost resistance

The high water demand of high-plastic and mushy consistency of concrete with high value of water-to-cement ratio leads to decreasing of consistency value and strength of concrete and also to shrinkage of concrete increasing. The known ways of excess water removal from the mix of concrete ingredients with water are labor-consuming and not always effective enough. We suggest the way of excess water removal using loose moisture capable materials which are enabled to absorb water intensively when contacting the concrete mix. The capacity of powder-like materials to absorb water can be evaluated with maximum molecular moisture capacity and maximum capillary moisture capacity measurement units. Also the criterion of water absorbing capacity of powders is suggested, and the most effective loose moisture capable material between others is defined.

Keywords: water absorbing capacity criterion, loose powder-like materials, concrete mix, water absorbing capacity

Na ehtape prinyatiya resheniya na organizaciyu vosstanovleniya verhnego stroeniya puti dolzhny reshat'sya i optimizacionnye zadachi po vyboru ne tol'ko ehffektivnyh sposobov zagotovki vosstanovitel'nyh materialov i sposobov ih ukladki, no i ehffektivnyh sposobov transportirovki, peregruzki, sborki, remonta i proizvodstva drugih rabot. Takaya postanovka zadachi pozvolit povysit' ehffektivnost' ispol'zovaniya lyudskih i material'nyh resursov, vedushchih mashin i mekhanizmov, a takzhe sokratit' sroki vypolneniya putevyh rabot na vosstanavlivaemom zheleznodorozhnom uchastke.

Keywords: Vosstanovlenie verhnego stroeniya puti, proizvodstvo rabot, modelirovanie, ehffektivnyj, optimal'nyj, racional'nyj variant

The article presents the development of compounds pristovnik glazes for ceramic tiles using the method of mathematical planning Scheffe. The most important rheological properties of glaze slip. Revealed the formation of high-quality glaze coating.

Keywords: ceramic tile, mittavinda glaze, clay Germanskogo deposits, volcanic ash, CTE, rheological properties, plan the Work

In article the sections method offered by professor Azarov V. N. for assessment of fractional composition of the dust arriving on air Wednesday is considered. Application of this method when processing results of the dispersive analysis of cement dust is described.

Keywords: dust, pass function, fraction, diameter of a section, probabilistic corridor of distribution

In article the analysis of technological processes of repair construction works as sources of formation of fine dust is carried out. Results of pilot studies according to fractional composition and concentration of dust in urban air environment around carrying out such works are given

Keywords: dust, dust emissions, concentration, fractional structure, fine particles

The calculation of multi-storey reinforced concrete frame building, consisting of apartments, offices and underground parking, against progressive collapse is presented in the paper. Two different ways of simulation of reinforced concrete building against progressive collapse are suggested, needed for estimation of survivability of building structures. The technique, which allows to carry out the stability of reinforced concrete structure to resist progressive collapse, is presented. This method is based on a nonlinear analysis of framed structures under the special load combination and includes dead and live loads, implying that the loading process modeling is fulfilled on the basis of the adjusted step method. The last one is of great importance for simulation of the processes in the whole life cycle of structures. The obtained results show that the offered strength calculation method of the framed structure against progressive collapse considers both geometric and material nonlinearity and also allows to assess survivability of the construction under conditions of emergency events and its stability to resist against progressive collapse. The step method of solving nonlinear problems, applied for modeling of collapse process, is shown to be more appropriate for these cases. We conclude that applying the proposed method of calculation results in more economic use of materials, giving evidence of its effectiveness.

Keywords: progressive collapse, survivability of building structures, computer simulation, structural elements, nonlinear analysis, stability, geometric and material nonlinearity, the step method

The paper describes influence of different factors on the hardening kinetics of geopolymer binder on the basis of crushed waste from mining and processing of magmatic rocks. The type and dosage of mineral additives to the binder - granulated blast furnace slag, as well as the composition of the activator hardening, dispersibility of components and curing temperature were investigated as factors determining the development of strength of binders. The analytical dependencies describing the effect of the studied factors on the strength of geopolymer binders were obtained.

Keywords: geopolymer, curing kinetics, waste of production and processing of magmatic rocks, blast furnace slag

The paper describes the results of studies on the effect of the dosage of ground gaize of Penza field and polycarboxylate superplasticizer on the properties of mortar constituent of concrete prepared with the use blended cements, containing Portland cement, fly ash, blast furnace slag and silica fume. The study established the equations the bleeding and segregation of mortar constituent of concrete, as well as its strength at different times depending on dosage of superplasticizer and components of blended binder. The negative influence of gaize on the strength greatly reduces by decreasing the water-cement ratio.

Keywords: blended cement, gaize, blast furnace slag, fly ash, superplasticizer, water requirement, slump flow of mixture, strength

The paper presents results of research on the issue of innovation in urban design. This problem is considered as a set of problems whose solution lies in a systems approach for their totality. The authors propose an innovative approach to modern urban planning principles

Keywords: economy sector, organization and management in construction, urban planning

Presented the general selection of external composite strengthening, based on the use of the above characteristics of the materials for the strengthened elements of the rectangular profile.

Keywords: concrete, reinforced concrete, composite strenghtening, steel, calculation method, strength, capacity