•to study the effects of aerodynamics ventilation, including the movement of liquids (gas). The movement of air streams; flooded, non flooded; free and those arising in a limited space; suction torches and highlights the issues of flow of bodies and modeling aerodynamic phenomena. Study of this discipline is based on knowledge of physics (section "Hydraulics"), fluid mechanics, and mathematics.

•Higher mathematics.
•Physics.
•Mathematical analysis.
•Mechanics of liquids and gas

Introduction. The purpose and objectives of discipline, its relationship with other disciplines. Basic concepts of aerodynamics. The balance of liquids and gas in the field of gravitational forces (aerostatics). Absolute and gauge pressure, vacuum. Air jets. Basic theory of air jets. Classification of air jets. Free air jets. isothermal (flat, round, circular). Free unisothermal air jets (flat, round, circular). Air jets free convection over heated surfaces horizontally (flat, round). The jets that flow in a limited space. Air jets that are spread out on the plane. Air jets arising in a limited space (impasse, transit), compression ratio, its characteristics. Interaction of air jets coefficient turbulent transfer at perforation using it. Air jets in demolishing stream. Suction torch. Suction air jets. The movement of air in ventilated rooms. Schemes of air exchange. Wrap bodies. Pressure distribution on the surface of flowing bodies. Initial and boundary areas. Temperature boundary layer. Movement in the initial sections of pipelines and canals. Tearing of boundary layer. Speed greetings and conditions of movement of particulate matter in the air ducts. Characteristics of aerodynamics houses. Modeling of flow around buildings. Characteristics of aerodynamics houses. The aerodynamic coefficient of the resistance; aeration, including the wind. Aeration of buildings with temperature stratification. Fundamentals of modeling ventilation. Theory dimensions. Mechanical similarities. Similarity criteria, hydro modeling aerodynamic phenomena. Methods analogies

1.Ткачук А.Я., Довгалюк В.Б.. - Навчальний посібник з грифом МОНУ «Аеродинаміка вентиляції», Київ, ІВНВКП, 2009 р., 375 стор.
2. Альтшуль А.Д.. Животинский Л.О., Иванов Л.П. Гидравлика й аэродинамика. - М.;Стройиздат, 1987. - 414 с.
3. Боровков В.С., Майроновский Ф.Г. Аэрогидродинамика вентиляции. - М.; Стройиздат, 1979. - 295 с.
4. Смыслов В. В. Гидравлика и аэродинамика. - К.; Выща школа, 1979.
5. Возняк О.Т., Савченко О.О.,Миронюк Х.В.,Шаповал С.П.,Сподинюк Н.А.,Гулай Б.І Навчальний посібник з грифом НУ «ЛП» «Теплогазопостачання та вентиляція», Львів, НУ”ЛП”, 2013 р., 275 стор.

current control - 40 points, control measures - 60 points

•to study the effects of aerodynamics ventilation, including the movement of liquids (gas). The movement of air streams; flooded, non flooded; free and those arising in a limited space; suction torches and highlights the issues of flow of bodies and modeling aerodynamic phenomena. Study of this discipline is based on knowledge of physics (section "Hydraulics"), fluid mechanics, and mathematics.

•Higher mathematics.
•Physics.
•Mathematical analysis.
•Mechanics of liquids and gas

Introduction. The purpose and objectives of discipline, its relationship with other disciplines. Basic concepts of aerodynamics. The balance of liquids and gas in the field of gravitational forces (aerostatics). Absolute and gauge pressure, vacuum. Air jets. Basic theory of air jets. Classification of air jets. Free air jets. isothermal (flat, round, circular). Free unisothermal air jets (flat, round, circular). Air jets free convection over heated surfaces horizontally (flat, round). The jets that flow in a limited space. Air jets that are spread out on the plane. Air jets arising in a limited space (impasse, transit), compression ratio, its characteristics. Interaction of air jets coefficient turbulent transfer at perforation using it. Air jets in demolishing stream. Suction torch. Suction air jets. The movement of air in ventilated rooms. Schemes of air exchange. Wrap bodies. Pressure distribution on the surface of flowing bodies. Initial and boundary areas. Temperature boundary layer. Movement in the initial sections of pipelines and canals. Tearing of boundary layer. Speed greetings and conditions of movement of particulate matter in the air ducts. Characteristics of aerodynamics houses. Modeling of flow around buildings. Characteristics of aerodynamics houses. The aerodynamic coefficient of the resistance; aeration, including the wind. Aeration of buildings with temperature stratification. Fundamentals of modeling ventilation. Theory dimensions. Mechanical similarities. Similarity criteria, hydro modeling aerodynamic phenomena. Methods analogies

1.Ткачук А.Я., Довгалюк В.Б.. - Навчальний посібник з грифом МОНУ «Аеродинаміка вентиляції», Київ, ІВНВКП, 2009 р., 375 стор.
2. Альтшуль А.Д.. Животинский Л.О., Иванов Л.П. Гидравлика й аэродинамика. - М.;Стройиздат, 1987. - 414 с.
3. Боровков В.С., Майроновский Ф.Г. Аэрогидродинамика вентиляции. - М.; Стройиздат, 1979. - 295 с.
4. Смыслов В. В. Гидравлика и аэродинамика. - К.; Выща школа, 1979.
5. Возняк О.Т., Савченко О.О.,Миронюк Х.В.,Шаповал С.П.,Сподинюк Н.А.,Гулай Б.І Навчальний посібник з грифом НУ «ЛП» «Теплогазопостачання та вентиляція», Львів, НУ”ЛП”, 2013 р., 275 стор.

current control - 40 points, control measures - 60 points