Course Details
Selected Chapters of Air-conditioning
Academic Year 2023/24
NTB027 course is part of 1 study plan
NPC-SIS Summer Semester 1st year
The course consists of issues of the design and operation of HVAC (airconditioning) systems. They presented methods for solving complex approach that respects the dynamic behavior of the boundary conditions of design and operation.
A fundamental task is the thermal behavior of rooms, filtration, cooling, humidification, drying, ventilation and air-conditioning heat exchangers design. The findings are the basis for the design of ventilation systems and specialized civil buildings with high requirements on the internal microclimate (eg. Cleanrooms).
A fundamental task is the thermal behavior of rooms, filtration, cooling, humidification, drying, ventilation and air-conditioning heat exchangers design. The findings are the basis for the design of ventilation systems and specialized civil buildings with high requirements on the internal microclimate (eg. Cleanrooms).
Course Guarantor
Institute
Objective
Improvement of the theoretical knowledge and abilities to design indoor climate by air-conditioning systems.
Knowledge
Student upgrade his qualifications in heating systems in buildings.
Syllabus
Boundary conditions of the air-conditioning systems – psychrometry.
Dynamic simulation of the thermal performance of buildings.
Thermodynamic and humidity of air treatment.
Air flow and its distribution.
Heat recovery in air.
Water conditioning and refrigeration systems.
Airconditioning of civil buildings.
Hybrid ventilation systems.
Filtration, industrial ventilation.
Analysis and air flow in rooms with high humidity stress.
Analysis of internal microclimate of clean rooms.
Airconditioning of clean rooms.
Errors in the design of HVAC systems.
Dynamic simulation of the thermal performance of buildings.
Thermodynamic and humidity of air treatment.
Air flow and its distribution.
Heat recovery in air.
Water conditioning and refrigeration systems.
Airconditioning of civil buildings.
Hybrid ventilation systems.
Filtration, industrial ventilation.
Analysis and air flow in rooms with high humidity stress.
Analysis of internal microclimate of clean rooms.
Airconditioning of clean rooms.
Errors in the design of HVAC systems.
Prerequisites
Advanced knowledge of hydraulics and aerodynamics.
Advanced knowledge of internal microclimate of buildings.
Advanced knowledge of solutions of systems of heating and airconditioning of buildings.
Advanced knowledge of internal microclimate of buildings.
Advanced knowledge of solutions of systems of heating and airconditioning of buildings.
Language of instruction
Czech
Credits
5 credits
Semester
summer
Forms and criteria of assessment
course-unit credit and examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 2 hours/week, elective
Syllabus
Boundary conditions of the air-conditioning systems – psychrometry.
Dynamic simulation of the thermal performance of buildings.
Thermodynamic and humidity of air treatment.
Air flow and its distribution.
Heat recovery in air.
Water conditioning and refrigeration systems.
Airconditioning of civil buildings.
Hybrid ventilation systems.
Filtration, industrial ventilation.
Analysis and air flow in rooms with high humidity stress.
Analysis of internal microclimate of clean rooms.
Airconditioning of clean rooms.
Errors in the design of HVAC systems.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
Condensation in air.
Psychrometric calculations in air.
Dynamic thermal behavior of rooms.
Wet and dry cooling, bypass factor – application.
Humidification and dehumidification control – applications.
The images flow – analytical methods.
Heat recovery systems – application.
Water conditioning and refrigeration systems – application.
Conceptual design of air conditioning systems of public buildings.
The use of the energy potential of the air in hybrid ventilation systems.
Analytical calculations for use in air filtration.
Calculation of evaporation from the water – methods of solution.
Credit.