|
|
The Students themselves - Student Center Poříčí
Dvořáková, Eva ; Bambuchová, Jarmila (referee) ; Sochor, Jan (advisor)
The proposed building responds to a chamfered corner of the solved plot by turning the mass of the dining hall on the ground floor and the mass of the student dormitory above it. Under the protruding upper mass arises covered main entrance to the building. The ground floor of the building is directly connected to the adjacent hotel Austerlitz. The higher levels are stepping back from the street front. The mass of the student dormitory respects here the current glass corner on the top floor of the building Austerlitz. The facades to the streets Táborského nábřeží and Vídeňská are covered with a wire mesh to enable the creepers grow on it. There will be gaps in the wire mesh in front of the windows to the student rooms. The student housing is designed as maisonettes. These two storey maisonettes are divided into several groups including 5 to 8 rooms. Each group has its own “living room” and kitchenette.
|
|
|
Experimental study of turbulence downstream of a wire mesh
Uřičář, Filip ; Pech, Ondřej (referee) ; Lízal, František (advisor)
This bachelor's thesis is focused on the convection behind a mesh grid and consists of three parts. The first part presents current of knowledge in the generation and damping of the turbulence by the mesh grid. The second part presents experimental results of the measurement. The third part of the thesis is focused on experimental data processing and analysis. The method of hot wire anemometry was chosen for the speed measurement, namely Streamline by Dantec and for experimental purposes track had been constructed in the Laboratory of Ventilation Systems at the Faculty of Mechanical Engineering, Brno University of Technology. Based on the knowledge gained from the study of literature and the consultations, calculations and technical possibilities of the instruments used, grid measurements were performed for convection from 150 to 300 liters per minute, which was sufficient to generate turbulent flow. For the experiment, a solid grid through which the fluid flows has been chosen, due to feasibility of the experiment.
|
|
|
Experimental study of turbulence downstream of a wire mesh
Uřičář, Filip ; Pech, Ondřej (referee) ; Lízal, František (advisor)
This bachelor's thesis is focused on the convection behind a mesh grid and consists of three parts. The first part presents current of knowledge in the generation and damping of the turbulence by the mesh grid. The second part presents experimental results of the measurement. The third part of the thesis is focused on experimental data processing and analysis. The method of hot wire anemometry was chosen for the speed measurement, namely Streamline by Dantec and for experimental purposes track had been constructed in the Laboratory of Ventilation Systems at the Faculty of Mechanical Engineering, Brno University of Technology. Based on the knowledge gained from the study of literature and the consultations, calculations and technical possibilities of the instruments used, grid measurements were performed for convection from 150 to 300 liters per minute, which was sufficient to generate turbulent flow. For the experiment, a solid grid through which the fluid flows has been chosen, due to feasibility of the experiment.
|
|
|
The Students themselves - Student Center Poříčí
Dvořáková, Eva ; Bambuchová, Jarmila (referee) ; Sochor, Jan (advisor)
The proposed building responds to a chamfered corner of the solved plot by turning the mass of the dining hall on the ground floor and the mass of the student dormitory above it. Under the protruding upper mass arises covered main entrance to the building. The ground floor of the building is directly connected to the adjacent hotel Austerlitz. The higher levels are stepping back from the street front. The mass of the student dormitory respects here the current glass corner on the top floor of the building Austerlitz. The facades to the streets Táborského nábřeží and Vídeňská are covered with a wire mesh to enable the creepers grow on it. There will be gaps in the wire mesh in front of the windows to the student rooms. The student housing is designed as maisonettes. These two storey maisonettes are divided into several groups including 5 to 8 rooms. Each group has its own “living room” and kitchenette.
|
guest ::
