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Simulation of air valves and difusers
Bombera, Jiří ; Rubinová, Olga (referee) ; Uher, Pavel (advisor)
The aim of the diploma thesis is the simulation of air valves and difusers using CFD. The goal of this thesis is to determinate the type of air valve and diffusor, which would ventilate the room of a detached house the best – considering the speed of the airflow and the age of the air. Outcome of this work is the design of the air conditioning system for a detached house with application of the air valve and difuser which is evaluated as the ideal option for the ventilation in the room.
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Experimental assessment of distribution elements in air conditioning
Novotný, Jan ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
The subject of this thesis is the analysis of the ventilation of the locker rooms in a hockey hall. The thesis is divided into three parts: theoretical computational part, experimental measurements and assessment of the observed data. In the theoretical part the problems of indoor microclimate, air distribution, diffusor and their flow patterns are discussed in detail. Furthermore, the procedure of using CFD simulations is mentioned. In the computational part, the thesis focuses on the optimization of the diffusors in a hockey locker room using CFD simulations. Four variants of implementation are addressed, including the original design. These variants are then compared in terms of air velocity at the entrance to the residence zone and the age of the air in the selected hockey dressing room. Finally, the presented optimal ventilation option is then evaluated. Experimental measurements are focused on the verification of the CFD simulations. The ability of the elements to provide thermal comfort is also investigated.
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Airconditioning for multistorey detached house
Tupcová, Tereza ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
The bachelor’s thesis deals with design of airconditioning systems for living rooms in multistorey detached house. The design is made to fullfill functional, hygienic and operational ruqirements for the microclimate of interier. The main task of airconditioning systems is to cover heat losses in the winter, heat gains in the summer and intake of requirement minimum of fresh air. The theoretical part deals with acoustics, mainly with sound transmition and possibilities of reduction sound intensity in rational way or by physical-technical device. The practical part includes design of two airconditioning systems of hot air rating and climatization for detached house. The result of the work is the implementing documentation of two airconditioning systems for the object.
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Simulation of air valves and difusers
Bombera, Jiří ; Rubinová, Olga (referee) ; Uher, Pavel (advisor)
The aim of the diploma thesis is the simulation of air valves and difusers using CFD. The goal of this thesis is to determinate the type of air valve and diffusor, which would ventilate the room of a detached house the best – considering the speed of the airflow and the age of the air. Outcome of this work is the design of the air conditioning system for a detached house with application of the air valve and difuser which is evaluated as the ideal option for the ventilation in the room.
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Airconditioning for multistorey detached house
Tupcová, Tereza ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
The bachelor’s thesis deals with design of airconditioning systems for living rooms in multistorey detached house. The design is made to fullfill functional, hygienic and operational ruqirements for the microclimate of interier. The main task of airconditioning systems is to cover heat losses in the winter, heat gains in the summer and intake of requirement minimum of fresh air. The theoretical part deals with acoustics, mainly with sound transmition and possibilities of reduction sound intensity in rational way or by physical-technical device. The practical part includes design of two airconditioning systems of hot air rating and climatization for detached house. The result of the work is the implementing documentation of two airconditioning systems for the object.
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