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Timber structure of a mountain cottage in Stary Smokovec
Petrášová, Dominika ; Barnat, Jan (referee) ; Bukovská, Pavla (advisor)
In my bachelor thesis I elaborated a design of a load-bearing wooden skeletal structure of a mountain cottage, which is located in the village Starý Smokovec. The designed construction has a "T"- shaped floor plan and is covered with a saddle roof. The axial distance of the frames is 4 m. The floor plan dimensions of the main part are 28x16 m with a height of 15,4 m and the entrance part 12x7,5 m with a height of 13,73 m. The supporting system consists of continous columns to which bushings are connected in the transverse direction. The roof is designed as a purlin system. The transmission of horizontal loads is ensured by lattice stiffeners formed of steel rods. The wooden structure was modeled and assessed in the calculation program SCIA Engineer 19.1.
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Energy supply of mountain cottage
Flöhsler, Tomáš ; Martinec, Jiří (referee) ; Pospíšil, Jiří (advisor)
The aim of this Graduation Thesis is to devise a system of energy supply intended to provide supply of electric and heat energy to a vacation property. The main feature of this energy supply project stands for a shift from mains power supply to alternative energy supply using renewable resources. The reason for this change is the fustiness of power lines and their negative effect on the surrounding landscape. Due to the fact that authorities did not permit renovation of these power lines, the only way to preserve the functionality of the vacation property is to secure its power supply by employing renewable resources. The vacation property (a mountain cottage) is located in Hrubý Jeseník Mountains, approximately 15 kilometers from the town of Šumperk. The thesis also contains a description of the way outlying settlements are currently supplied with energy, including the possibility of accumulation and a brief description of each electrical appliance’s power consumption. In the design itself, I calculated the necessary collector surface and analyzed the most effective collector placement. As for the wind energy system, I had to found the best spot to place the turbine. Last but not least, the thesis contains the technical-economical comparison of the proposed alternatives.
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Timber structure of a mountain cottage in Stary Smokovec
Petrášová, Dominika ; Barnat, Jan (referee) ; Bukovská, Pavla (advisor)
In my bachelor thesis I elaborated a design of a load-bearing wooden skeletal structure of a mountain cottage, which is located in the village Starý Smokovec. The designed construction has a "T"- shaped floor plan and is covered with a saddle roof. The axial distance of the frames is 4 m. The floor plan dimensions of the main part are 28x16 m with a height of 15,4 m and the entrance part 12x7,5 m with a height of 13,73 m. The supporting system consists of continous columns to which bushings are connected in the transverse direction. The roof is designed as a purlin system. The transmission of horizontal loads is ensured by lattice stiffeners formed of steel rods. The wooden structure was modeled and assessed in the calculation program SCIA Engineer 19.1.
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Energy supply of mountain cottage
Flöhsler, Tomáš ; Martinec, Jiří (referee) ; Pospíšil, Jiří (advisor)
The aim of this Graduation Thesis is to devise a system of energy supply intended to provide supply of electric and heat energy to a vacation property. The main feature of this energy supply project stands for a shift from mains power supply to alternative energy supply using renewable resources. The reason for this change is the fustiness of power lines and their negative effect on the surrounding landscape. Due to the fact that authorities did not permit renovation of these power lines, the only way to preserve the functionality of the vacation property is to secure its power supply by employing renewable resources. The vacation property (a mountain cottage) is located in Hrubý Jeseník Mountains, approximately 15 kilometers from the town of Šumperk. The thesis also contains a description of the way outlying settlements are currently supplied with energy, including the possibility of accumulation and a brief description of each electrical appliance’s power consumption. In the design itself, I calculated the necessary collector surface and analyzed the most effective collector placement. As for the wind energy system, I had to found the best spot to place the turbine. Last but not least, the thesis contains the technical-economical comparison of the proposed alternatives.
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