Engineering Networks and Facilities

Major: Building and Civil Engineering
Code of subject: 7.192.00.O.001
Credits: 6.50
Department: Department of Hydraulic and Water Engineering
Lecturer: Hnativ R.M.
Semester: 1 семестр
Mode of study: денна
Learning outcomes: General: - possession of a culture of thinking, the ability to generalize, analyze, perceive information, set goals and choose ways to achieve it; - use of the basic laws of natural disciplines in professional activity, application of methods of mathematical analysis and modeling, theoretical and experimental research; - the ability to identify the natural science essence of the problems that arise in the process of professional activity, to involve for their solution the appropriate physical and mathematical apparatus; Professional: - knowledge of the regulatory framework in the field of engineering research, the principles of design of buildings, structures, engineering systems and equipment, planning and development of settlements; - ability to carry out preliminary feasibility studies of design calculations, develop design and working technical documentation, draw up completed design and construction works, control compliance of developed projects and technical documentation of the building, standards, specifications and other regulations.
Required prior and related subjects: Previous disciplines: - Technical mechanics of liquids and gases; - Hydraulics, hydrology, hydrometry; - Water supply networks and structures; - Hydraulic structures. Related and the following disciplines: - Analytical methods of natural water research; - Surface runoff management; - Water supply and drainage of industrial enterprises; - Environmental protection structures.
Summary of the subject: Topic 1. Water, sewage, heat, gas and electricity networks and cables. Features of placement and methods of laying urban utilities in settlements. Urban engineering networks and their role and place in urban planning and urban development. Classification of urban engineering networks. Topic 2. Water supply network as the main element of the water supply system. Water supply systems. Water consumers and determination of estimated costs. Types of water supply networks. Network tracing and basics of design Topic 3. Fittings and structures on water networks. Varieties of fittings on water supply networks and its purpose Topic 4. Drainage systems. Tracing of drainage networks. Determination of estimated wastewater costs. Installation of drainage networks. Pipe material and means of their connection. Depth of laying. Topic 5. Buildings on sewerage networks. Installation of manholes, their classification. Topic 6. Location of underground networks in the settlements. Horizontal and vertical zoning. Topic 7. Open and closed means of laying networks. Distributive and compatible laying of networks in one trench. Topic 8. Laying networks in common collectors. Trenchless methods of laying networks. Intersection of pipelines with obstacles.
Assessment methods and criteria: Current control (PC): 30. Execution of laboratory works: 15. Execution of control work: 15. Total for the discipline: 100.
Recommended books: Basic 1. Abramov N.N. Water supply.-M .: Stroyizdat, 1982 2. Yakovlev S.V. etc. Sewerage.-M .: Stroyizdat, 1975 3. Hayrapetyan TS Synopsis of lectures on the discipline "Urban Engineering Networks" .- Kharkiv: KNAMG, 2008. -54p. 4. Alekseev M.I., Dmitriev V.D. etc. City engineering networks and collectors.- L .: Stroyizdat, 1990.- 384p. 5. Dmitriev A.V. City engineering networks.- M .: Stroyizdat, 1988 Auxiliary 1. 1. Derkach I.L. Urban engineering networks: Textbook. manual.- Kharkiv: KNAMG, 2006.-97p. 2. Muzalevskaya G.N. Engineering networks of cities and towns: Uch. Pos. - M .: Izd-vo ASV, 2006. - 148p. 3. Design of sewage networks of the city: Textbook. Manual / S.M. Epoyan, I.V. Korinko and others.- Kharkiv: Karavela, 2004.- 124p 4. Shulga M.O., Berezhnov I.O. Energy supply of cities. - K .: ISDO, 1993.-228p. 5. Berezhnov I.O., Shulga M.O. Arrangement and operation of heat and gas networks. - K .: NMK VО, 1992.- 124с. 6. DBN D.2.2-22-99. Collection 22. Water supply - external networks and structures. 7. DBN D.2.2-23-99. Collection 23 Sewerage - external networks and constructions.

Engineering Networks and Facilities

Major: Building and Civil Engineering
Code of subject: 7.192.00.O.002
Credits: 6.50
Department: Heat and Gas Supply and Ventilation
Lecturer: Ph.D., Associate Professor Gulay Bogdan Ivanovich
Semester: 1 семестр
Mode of study: денна
Learning outcomes: The training course "Engineering Networks and Structures" is one of the main special disciplines required for engineering training of masters in specialization 192.07 "Heat and gas supply and ventilation", the basis of which is general theoretical (basic principles and standards of engineering equipment), general economic (technical and economic indicators). construction and operation of systems, etc.) and special (general principles of complexity of engineering equipment of cities, etc.) disciplines. The purpose of teaching this discipline is to give students in-depth knowledge of the selection and provision of buildings and structures, yards, streets and cities engineering networks, taking into account the characteristics of the construction site, choosing how to lay networks, automatic control schemes, engineering calculations of elements and elements of heat and gas supply and ventilation systems. An important goal is also to focus the efforts of future specialists on the implementation of tasks for the reconstruction of existing networks, saving fuel and energy resources, the use of non-traditional energy sources. Basic knowledge of scientific concepts, theories and methods necessary for understanding the principles of operation and functional purpose of equipment and technical means in construction. Knowledge of the basics of labor protection, industrial sanitation and fire safety in the organization of work. Ability to organize production and commercial activities for the design, manufacture and operation of construction systems and civil engineering. Ability to determine the motivation to replace obsolete construction equipment with modern and determine the optimal payback period.
Required prior and related subjects: "Scientific research in construction" "Special course on heating, ventilation and air conditioning"
Summary of the subject: Introduction. Historical overview and current state of development of engineering equipment of settlements. Engineering equipment of settlements. General information about the complex of engineering structures and communications of the modern city. Basic principles and standards of engineering equipment of territories. General system of location of underground and terrestrial engineering networks. Heat supply: • Heat supply systems of settlements and their main elements. Heat supply sources and their location in cities. • Classification of heating networks; means of their laying and tracing in settlements. • Technical and economic indicators of construction and operation of heating systems. Gas supply. • Gas consumers in cities. Gas supply systems and their main elements. The influence of city planning on the choice of gas supply system. • Location of gas control stations and points in cities. Tracing of gas networks. • Protection of steel gas pipelines from corrosion. Supply of liquefied hydrocarbon gases. Complex location of engineering networks in cities: • General principles of complexity of engineering equipment of cities. • Separate and joint laying of underground networks. Cross-section and longitudinal section of engineering network routes. • Features of laying utilities in areas of old and new buildings. • Laying of engineering networks at the intersection of transport communications. General principles of technical operation of engineering networks: - Services of technical operation of engineering support of cities. • Measures for maintenance of urban engineering equipment. • Repair and reconstruction measures in engineering networks of settlements.
Assessment methods and criteria: Current control (20 points - laboratory work, 20 points - calculation and graphic work), exam (written component - 50 points, oral component - 10 points)
Recommended books: 1. Tugay AM, Orlov VO, Shadura VO, Martinov S.Yu. Urban engineering networks and structures. Textbook. - Kyiv: Ukrgeliotech, 2010.-256 p. 2. Derkach IL Urban engineering networks. Teaching. manual. - Kharkiv: KNAMG, 2006. -97 p. 3. Potapov B.0. Heat and gas supply of settlements and houses. (textbook) KIBI, Kyiv, 1990. - 191 p .: ill.