3D-flexible intumescent fire protection mesh for building structures

The increased operational properties, main of which - ensuring fire resistance in the conditions of the hydrocarbon mode of the fire, resistance to low temperatures and lack of wet processes at installation are necessary for means of fire protection of structures of buildings and constructions of an oil and gas complex. The review of means of fire protection of new type - the constructive bent fire protection which advantage is the set of positive characteristics as constructive fire protection (a plate, a shell, etc. with dry process of installation), and coverings is submitted (plasters, epoxy structures, etc. with wet process of installation). Domestic experts (LTD Promizol, Moscow) developed the constructive bent fire protection for increase in building constructions of buildings and constructions of an oil and gas complex keeping operational properties in the conditions of the Arctic climate. Means of fire protection represents a grid with 3D - the reinforced structure. The closest analogy are products of the Hapuflam GmbH and FLAMRO companies, but at the moment there are no data on a possibility of use in the conditions of the Arctic region for protection of bearing structures and cable systems

The use of modern polymer materials and wood in the construction of buildings in the form of geodesic domes

Spherical structures have been used by mankind since time immemorial in religious and public buildings, as well as in engineering structures. With the development of lightweight design and construction, non-standard architectural and planning solutions are used. More and more frequently they are being successfully implemented in private home projects and becoming a fact of everyday life. This may be explained by certain advantages of the form, as well as by the opportunities offered to the construction industry by the age of new materials and technologies for the works performance. The functional and architectural-structural design of round-shaped buildings in the form of geodesic domes will allow creating comfortable, cost-effective, energy-efficient and environmentally expedient conditions for human habitation taking into account the shortage of land areas and increased demand for alternative housing options due to the environmental situation around the world. This article analyzes the experience of building spherical buildings of different types and scales. The authors present the results of research carried out in the field of the geodesic dome design improvement with the use of wood and polymer materials

Volume-planning and town-planning organization of mixed residential development in the complex development of the territory

The study is devoted to the issues of forming the concept of a mixed residential environment. The relevance of the research topic is due to the growth in housing construction in commuter belts of megacities and adjacent territories. Relevance of the study is also substantiated by such prerequisites as uneven distribution of housing among various categories of citizens, problems of territory insecurity with the whole complex of infrastructure necessary for the population, problems of significant territorial remoteness of jobs from places of residence. Moreover, a faceless, depressing and largely anti-human environment is created during the development of large territories due to the architecturally unattractive, heterogeneous, non-ergonomic high-rise high-density buildings. All the above-mentioned reasons cause the necessity for searching for new methods of organizing residential development that is comfortable for citizens and cost-effective for the developer. The scientific novelty of the study is to justify and define an integrated approach to understanding mixed residential development, to propose the principles, methods and tools of mixed residential development in the integrated development of the territory in the commuter belts of the metropolis, based on the most progressive foreign analogues studied. Also, scientific novelty lies in studying the index of mixed use according to the world analogues of the projects of Integrated Territory Development and recommendations on implementing this approach in Russia when planning projects of the Integrated Territory Development (ITD)

Restoration of historical mansions built in Russian province at the beginning of XX century

Style called Art Nouveau appeared in the last quarter of the XIX century in Austria-Hungary and quickly spread throughout Europe. This style has reached the heyday in Russia in the end of the 1890s-1900s. The object of classic Art Nouveau style characterized by the asymmetrical facades, the almost full abandonment of historical decorative elements, the extensive use of the plant ornaments, and other characteristic feature was considered in this paper on the example of the F.P. Efremov`s mansion in Cheboksary, Russia. The project of building reconstruction was also proposed

3D-flexible intumescent fire protection mesh for building structures

The increased operational properties, main of which - ensuring fire resistance in the conditions of the hydrocarbon mode of the fire, resistance to low temperatures and lack of wet processes at installation are necessary for means of fire protection of structures of buildings and constructions of an oil and gas complex. The review of means of fire protection of new type - the constructive bent fire protection which advantage is the set of positive characteristics as constructive fire protection (a plate, a shell, etc. with dry process of installation), and coverings is submitted (plasters, epoxy structures, etc. with wet process of installation). Domestic experts (LTD Promizol, Moscow) developed the constructive bent fire protection for increase in building constructions of buildings and constructions of an oil and gas complex keeping operational properties in the conditions of the Arctic climate. Means of fire protection represents a grid with 3D - the reinforced structure. The closest analogy are products of the Hapuflam GmbH and FLAMRO companies, but at the moment there are no data on a possibility of use in the conditions of the Arctic region for protection of bearing structures and cable systems

The use of modern polymer materials and wood in the construction of buildings in the form of geodesic domes

Spherical structures have been used by mankind since time immemorial in religious and public buildings, as well as in engineering structures. With the development of lightweight design and construction, non-standard architectural and planning solutions are used. More and more frequently they are being successfully implemented in private home projects and becoming a fact of everyday life. This may be explained by certain advantages of the form, as well as by the opportunities offered to the construction industry by the age of new materials and technologies for the works performance. The functional and architectural-structural design of round-shaped buildings in the form of geodesic domes will allow creating comfortable, cost-effective, energy-efficient and environmentally expedient conditions for human habitation taking into account the shortage of land areas and increased demand for alternative housing options due to the environmental situation around the world. This article analyzes the experience of building spherical buildings of different types and scales. The authors present the results of research carried out in the field of the geodesic dome design improvement with the use of wood and polymer materials