Physiological and hygienic bases. Methods of assessing and measuring the thermal state
environment.
Clean-air. Pollutants in indoor air.
-Mass balance of pollutants in a ventilated area. Ventilation while
of several pollutants. Heat balance ventilated area.
-Ventilation with natural air circulation. Infiltration. Aeration. Pressure gradient
inferred
effect of temperature differences and the influence of wind. Shaft ventilation.
-Ventilation with forced air. General and local ventilation. Exhaust
equipment.
Ventilation equipment and the unit overall.
-Fans. General concepts. Basic relations. Classification, design,
characteristics and regulation. Principles for the selection of fans.
-Air. Parts of air ducts and their construction.
-Basic criteria for the choice of heating equipment. Features heating
equipment. Fuel consumption for heating.
-Calculation of thermal losses of buildings (CSN 06 0210).
Division-heating systems. Local heating. Heater for solid, liquid and
gaseous fuels.
Central-heating. Advantages and disadvantages of central heating systems, divisions
Central
heating. --- Pipeline network of central heating and the basic equations for calculating
pipe networks.
Central-heating. The regulation of heat supply.
-Air. Air-conditioning equipment and their distribution. Principles of design
air conditioning.
Moist-air. Illustration of modifications in the "i-x" diagram. Summer and winter finish
air.
Cooling equipment. Heat recovery.
Exercises outline:
-Basic properties of fluids - numerical examples.
-Determination of the complex effect of air temperature and effective temperature of the surrounding areas.
(Program 1).
-Determination of pollutants in the environment. Demonstration apparatus
techniques for measuring concentrations of gaseous pollutants and to determine the dust.
-Calculation of natural ventilation. Practical calculations of air exchange in the aeration
industrial buildings and civic buildings.
-The air flow in a ventilated room. Supply air streams.
Determination of main parameters.
-Practical measurements - Characteristics fans. (The No. 2) - 1 group.
-Practical measurements - Characteristics fans. (The No. 2) - 2 group.
Graphic design, parallel and series co fans.
-Practical measurement - velocity profile in the pipeline. (Program No. 3) - 1 group.
-Practical measurement - velocity profile in the pipeline. (Program No. 3) - 2 group.
-Calculation of thermal losses of buildings. (Program 4).
Moist-air. Physical Science Basis. Basic air treatment. Practical courses
changes in air conditioning.
Homework and-control programs. Repetition of subject matter, any
consultation.
Novinka! Slova uvedená výše přeskupíte stitknutím klávesy Shift, kliknutím a přetažením pomocí myši. Odmítnout
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environment.
Clean-air. Pollutants in indoor air.
-Mass balance of pollutants in a ventilated area. Ventilation while
of several pollutants. Heat balance ventilated area.
-Ventilation with natural air circulation. Infiltration. Aeration. Pressure gradient
inferred
effect of temperature differences and the influence of wind. Shaft ventilation.
-Ventilation with forced air. General and local ventilation. Exhaust
equipment.
Ventilation equipment and the unit overall.
-Fans. General concepts. Basic relations. Classification, design,
characteristics and regulation. Principles for the selection of fans.
-Air. Parts of air ducts and their construction.
-Basic criteria for the choice of heating equipment. Features heating
equipment. Fuel consumption for heating.
-Calculation of thermal losses of buildings (CSN 06 0210).
Division-heating systems. Local heating. Heater for solid, liquid and
gaseous fuels.
Central-heating. Advantages and disadvantages of central heating systems, divisions
Central
heating. --- Pipeline network of central heating and the basic equations for calculating
pipe networks.
Central-heating. The regulation of heat supply.
-Air. Air-conditioning equipment and their distribution. Principles of design
air conditioning.
Moist-air. Illustration of modifications in the "i-x" diagram. Summer and winter finish
air.
Cooling equipment. Heat recovery.
Exercises outline:
-Basic properties of fluids - numerical examples.
-Determination of the complex effect of air temperature and effective temperature of the surrounding areas.
(Program 1).
-Determination of pollutants in the environment. Demonstration apparatus
techniques for measuring concentrations of gaseous pollutants and to determine the dust.
-Calculation of natural ventilation. Practical calculations of air exchange in the aeration
industrial buildings and civic buildings.
-The air flow in a ventilated room. Supply air streams.
Determination of main parameters.
-Practical measurements - Characteristics fans. (The No. 2) - 1 group.
-Practical measurements - Characteristics fans. (The No. 2) - 2 group.
Graphic design, parallel and series co fans.
-Practical measurement - velocity profile in the pipeline. (Program No. 3) - 1 group.
-Practical measurement - velocity profile in the pipeline. (Program No. 3) - 2 group.
-Calculation of thermal losses of buildings. (Program 4).
Moist-air. Physical Science Basis. Basic air treatment. Practical courses
changes in air conditioning.
Homework and-control programs. Repetition of subject matter, any
consultation.
Novinka! Slova uvedená výše přeskupíte stitknutím klávesy Shift, kliknutím a přetažením pomocí myši. Odmítnout
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