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The scientific interests of the department

design, construction, operation and reconstruction of buildings and structures of nuclear power plants, thermal power plants, nuclear power plants, renewable energy sources, including using the latest information technologies and complexes:
  • Methodology of computer-aided design of energy facilities, including setting, formalization and typification of design procedures and design processes, including the development of fundamentally new methods and means of interaction between the designer and the system, as well as the construction of computer tools graphics and geometric modeling techniques designed objects. Development of the scientific basis for the construction of documentation automation tools, paperless workflow in energy construction. 
  • Development of scientific foundations for the implementation of the life cycle of energy facilities. 
  • Optimization and development of space-planning and structural solutions for buildings and structures of nuclear power plants, thermal power plants, nuclear power plants, renewable and other sources of energy, taking into account the processes occurring in them, natural and climatic conditions, economic and structural safety, as well as the development of new types of supporting and enclosing structures for building data. 
  • Development of methods for assessing the reliability of building structures, buildings and structures of the energy sector, forecasting their service life, safety in emergency situations and beyond design impacts. 
  • Search for rational space-planning and structural solutions of buildings and structures of energy facilities aimed at improving the efficiency of investment, energy and resource conservation, creating the necessary conditions for people and optimal for technological processes, in the conditions of placing objects on the territory of the industrial site.
organization and management of the construction of energy facilities, such as:
  • Development of scientific, methodological and systems engineering principles for designing organizational structures of their development and planning strategies, improving the functioning and quality of the organization for production processes and systems in energy construction. 
  • Search for methods and means of informatization and computerization of production processes, their documentary support at all stages, for the construction industry of energy facilities. 
  • Improving the quality and competitiveness of the final products of energy facilities, due to a more efficient implementation of the construction part, as well as a quality control system and certification of products in construction. Quality and environmental systems of building materials and products. 
  • Development and implementation of the principles of production management, including training of personnel in energy construction. 
  • Development of theoretical foundations and practical applications of organizational, technological and organizational and economic reliability of production processes. Assessment of the level of reliability and sustainability of the construction industry of energy facilities. Development of methods and means of organizing production in the conditions of technical, economic and environmental risks. Improving efficiency in emergency and emergency situations.
  • Development of methods and tools for monitoring, planning and managing production and related processes in the implementation of large energy facilities.
search for new technologies necessary for the production of building materials and structures, special building materials, products and structures for nuclear facilities, thermal and nuclear energy: 
  • Development of the theoretical foundations for obtaining various building materials with a given set of operational properties. Creation of new and special building materials, providing both quick-build and durability of buildings and structures of energy facilities, and radiation (biological) protection in the conditions of ionizing radiation flows, as well as radiation resistance of the materials obtained. 
  • Development of new energy-saving and environmentally friendly technological processes and equipment for the production of building materials and products for various purposes. Including compositions and principles for the production of effective building materials using local raw materials and industrial waste. 
  • Development of systems for monitoring and evaluating the quality of building materials and products used in the construction of energy facilities. 
  • Development of methods for computer design and technology management of various building materials. A study of the joint work of building materials with various properties in layered and complex building structures of energy facilities.
  • Development of materials and technologies for the reconstruction of buildings and structures of nuclear facilities. 
  • Development of methods for the disposal of materials from the dismantling of buildings and structures of nuclear facilities. 
  • Development of effective materials and technologies for the construction of buildings and structures in the energy sector in winter conditions. 
  • Development of technology for obtaining prefabricated building products and structures used in the construction of large energy facilities (TPPs and nuclear power plants). 
development and improvement of production technologies for the construction of nuclear facilities, thermal power plants and nuclear power plants: 
  • Forecasting and optimization of the parameters of technological processes, its production base, increasing organizational and technological reliability during the construction of nuclear power plants, nuclear power plants and thermal power plants, including new renewable energy sources. 
  • Development of new and improvement of existing technologies and methods of construction and installation works during the construction of energy facilities. Assessing their effectiveness, identifying general trends and patterns. 
  • Study of the effectiveness of the use of various machines, equipment, installations, tools, vehicles, automation systems in the construction of large energy facilities. 
  • Development of principles and methods for determining the production capacity of construction organizations, enterprises, their production base and ensuring their mutual balance. 
  • Development of new and improvement of existing methods of organizational and technological design in power engineering. 
  • The impact of technological processes on the environment. 
  • Development of scientific foundations, a systematic approach, methods and technologies for improving the operational quality of industrial and civil buildings, taking into account year-round work, instrumental control and ways to increase the reliability of buildings during their construction and reconstruction. 
environmental safety: 
  • The foundations of the creation and development of sustainable natural-technical systems as the main factor in ensuring the environmental safety of industrial, civil and other construction projects, creating favorable living conditions for the population. 
  • Environmental safety criteria for natural-technical systems formed by industrial, civil, water-economic, transport, etc. construction objects. Development of existing and development of new methods for assessing the environmental effects of industrial and natural disasters. 
  • Development of modern methods for ensuring environmental safety of energy construction facilities. Management and operation of environmentally friendly natural and technogenic systems. 
  • Development of environmentally friendly energy-efficient, resource-saving, biopositive structures, building systems and technologies. 
  • Creation and development of environmental monitoring systems for environmental safety in the areas of construction and operation of building complexes and structures, including emergency situations arising from natural disasters, industrial accidents and destruction. 
  • The search for methods of ensuring environmental safety in the management of the development of architectural and planning, design and survey, layout, structural and technological solutions for construction of energy facilities during their design, construction, reconstruction, as well as in the reclamation of objects of their natural environment. 
  • Search for methods of calculation justification for increasing the level of environmental protection during the creation of building energy and water management systems, water supply systems for TPPs and NPPs, and water disposal. 
  • Development of risk assessment methods to justify the principles of environmental safety of construction activities. Training of scientific and pedagogical staff
© 25.10.2020 | NRU MGSU
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