| FOUNDATIONS, UNDERGROUND STRUCTURES |
| Mirsayapov Ilizar T., Sharaf H.M.A. Features of clay soil deformation under three-axis block mode cyclic loading, taking into account the formation of micro- and macrocracks | Стр.7 |
| BUILDING STRUCTURES, HOUSES |
| Mirsayapov Ilizar T., Garifullin D.R. Evaluation of the concrete endurance of the compressed zone of reinforced concrete bending elements under stationary cyclic loading conditions | Стр.16 |
| BUILDING MATERIALS AND PRODUCTS |
| Avksentiev V.I., Krasinikova N.M., Stepanov S.V., Makarov D.B. Properties and phase composition of hydrated cement stone modified by sludge during chemical treatment of combined heat and power plants | Стр.24 |
| Lupanov A.P., Sukhanov A.S., Silkin V.V., Kozikov I.O., Ilina O.N. Investigation of the effect of asphalt granulate on the properties of polymer-concrete | Стр.34 |
| CONSTRUCTION TECHNOLOGY AND ORGANIZATION |
| Belhaj S., Ibragimov R.A. Concrete technology in the hot climate of Morocco | Стр.41 |
| Gruzin A.V., Gruzin V.V. Restoration of the bearing capacity of foundations of buildings and structures of existing construction | Стр.49 |
| Kokliugina L.A., Kokliugin А.V., Agrusev R.D. Solution of organizational issues related to the implementation of construction works with worn of main production assets | Стр.57 |
| Koklyugina L.A., Khidiyatullin I.I. Experimental and simulation study of concrete strengthening during column concreting in winter conditions | Стр.65 |
| Musin B.S., Ibragimov R.A., Bogdanov R.R. Rationing of technological operations in low-rise building on the example of the residential complex «Little Tokyo» | Стр.73 |
| Taimarov M.A., Lavirko Y.V. Development of a concrete mixer with additional technological capabilities | Стр.81 |
| HEATING, VENTILATION, AIR CONDITIONING, GAS SUPPLY AND LIGHTING |
| Broyda V.A., Dorofeenko N.S., Sharafeeva A.R. Numerical study of the fields of air velocity and temperature in a residential building, taking into account the influence of the natural influx | Стр.89 |
| Taimarov M.A., Timеrbaev N.F., Lavirko Y.V. Use of wind energy for power supply of construction objects in remote and inaccessible areas | Стр.98 |
| ROADS, SUBWAYS, AIRPORTS, BRIDGES AND TUNNELS DESIGN AND CONSTRUCTION |
| Gabdullin T.R., Kharlamov E.V., Kashipov R.F., Fazleev I.A., Germanov A.A. Improving frost resistance of road marking material | Стр.106 |
| URBAN DEVELOPMENT, RURAL SETTLEMENTS PLANNING |
| Smolova M.V., Smolova D.O. Moscow subway system formation | Стр.115 |
| Shaimardanova C.A., Prokofiev E.I. Methodology of identification, formation and development of peripheral zones of the city | Стр.128 |
| HOUSES ARCHITECTURE. THE CREATIVE CONCEPT OF ARCHITECTURAL ACTIVITIES |
| Minabutdinova A.R., Pokka E.V. Transformation as a means of architectural and spatial formation of housing with an additional function | Стр.135 |
| Pokka E.V., Gafiyatullina A.F. Modern trends in the formation of tourist centers in the context of the development of tourist centers | Стр.145 |
| Shaimardanova C.A. On the question of the impact of the visual environment of the city on the human condition | Стр.160 |
| ARCHITECTURE THEORY AND HISTORY, HISTORICAL AND ARCHITECTURAL HERITAGE RESTORATION AND RECONSTRUCTION |
| Gimadeeva Y.N., Kinosyan N.S. Classification features of coworking spaces. Kazan experience of implementation in the structure of the city | Стр.168 |
| Karasev R.O., Denisenko E.V. Reorganization of industrial territories and architectural objects with considering adaptive processes | Стр.177 |
| Mustakimov V.R., Mustakimov A.V. Renovation of Kazan’s aquatorial zones | Стр.187 |
| Nezvitskaya T.V. The problem of choosing the type and method of work when saving the monuments of wooden architecture | Стр.203 |
| Sajfullina L.Sh., Sadykova D.M. To the exploring the issue of the historical buildings of Kazan in the Soviet period, using the example of a fire station building located at Kazan, st. Malo-Moskovskaya 19 | Стр.213 |
| ECOLOGICAL SAFETY OF CONSTRUCTION AND MUNICIPAL ECONOMY |
| Bolsherotov A.L. Methodological basis for assessment of environmental safety of construction in urbanized territories | Стр.222 |
