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AUTOCENTRUM VW GROUP MIKULOV
Matoušková, Anna Marie ; Hudeček, Vladimír (referee) ; Dýr, Petr (advisor) ; Bečkovská, Tereza (advisor)
The bachelor's thesis is based on a previously prepared study of the Volkswagen Group Autocentre in the subject AG033 and expands it with DSP and DPS documentation. Proposed building is located on the outskirts of Mikulov. Solved area is surrounded by the field from one side and by the production and agricultural industries from the others. The land is located between Jiráskova and Republikánské obrany streets. New building was adapted in response to the sloping trapezoidal land so it was led parallel to the angle of the land. Car center is divided into three main units, interconnected to each other to maintain traffic between different parts of the object. The main part is made up of showroom, where new cars of four associated brands belonging to Volkswagen Group are presented. This part is also used for the sale of cars and the administration on the second floor. The third part of the building, which is provided to the warehouse, was inserted into the sloping part of the shoowroom and thus creates mass gradation of entire building. The warehouse is connected to sales point of spare parts and service where car repairs take place. In the service was designed background for mechanics, which includes changing rooms with sanitary facilities, living room and a technical room for the entire building. Parts of the car center are non-basement and single-storey except for offices in the shoowroom. The construction system is the same for all units. It is a ferroconcrete skeletal system with longitudinal trusses. The reinforcement was achieved by a rigid ceiling slab, which consists of a trapezoidal sheet metal with a concrete slab. Reinforcement is ensured by a reinforced concrete wall core. The building transfers the load to the reinforced concrete footings, which are interconnected by concrete strips in combination with drilled piles. Other vertical structures were created a glass facade system, Kingspan panels and plasterboard partitions in the interior. The horizont
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AUTOCENTRUM VW GROUP MIKULOV
Matoušková, Anna Marie ; Hudeček, Vladimír (referee) ; Dýr, Petr (advisor) ; Bečkovská, Tereza (advisor)
The bachelor's thesis is based on a previously prepared study of the Volkswagen Group Autocentre in the subject AG033 and expands it with DSP and DPS documentation. Proposed building is located on the outskirts of Mikulov. Solved area is surrounded by the field from one side and by the production and agricultural industries from the others. The land is located between Jiráskova and Republikánské obrany streets. New building was adapted in response to the sloping trapezoidal land so it was led parallel to the angle of the land. Car center is divided into three main units, interconnected to each other to maintain traffic between different parts of the object. The main part is made up of showroom, where new cars of four associated brands belonging to Volkswagen Group are presented. This part is also used for the sale of cars and the administration on the second floor. The third part of the building, which is provided to the warehouse, was inserted into the sloping part of the shoowroom and thus creates mass gradation of entire building. The warehouse is connected to sales point of spare parts and service where car repairs take place. In the service was designed background for mechanics, which includes changing rooms with sanitary facilities, living room and a technical room for the entire building. Parts of the car center are non-basement and single-storey except for offices in the shoowroom. The construction system is the same for all units. It is a ferroconcrete skeletal system with longitudinal trusses. The reinforcement was achieved by a rigid ceiling slab, which consists of a trapezoidal sheet metal with a concrete slab. Reinforcement is ensured by a reinforced concrete wall core. The building transfers the load to the reinforced concrete footings, which are interconnected by concrete strips in combination with drilled piles. Other vertical structures were created a glass facade system, Kingspan panels and plasterboard partitions in the interior. The horizont
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Differences in photosynthesis and plant water status between coppice and high forest
Matoušková, Marie
This diploma thesis focuses on comparison of photosynthesis and tree water status between high forest and coppice of Quercus petraea (Matt.) Liebl. Four different types of management were investigated during vegetation season 2016: high forest, coppice on clear-felled site, coppice with standards and seedlings. Methods of leaf gas exchange and water potential measurements allowed to study transpiration, photosynthesis and its response to light and CO2 concentration and leaf water potential. All these physiological parameters were studied as linked to weather conditions and various levels of drought stress. When the soil water was not limiting factor trees in all variants of experiment behaved similarly. However, during mild to severe drought stress the coppice was superior to seedlings and to high forest. It showed higher photosynthesis rate (2.49 umol m-2 s-1) than seedlings (0.86 umol m-2 s-1), both under moderate water stress. Coppice also had higher stomatal conductance and quantum yield of fluorescence than high forest which allowed to higher photosynthetic rates. The lowest value of predawn water potential was in high forest (-3.27 MPa) whereas highest in coppice (-2.01 MPa) which indicated better water availability and lower evapotranspiration demands imposed on coppice sprouts due to their lower height and therefore lower overall aerodynamic conductance. Response of net photosynthesis to CO2 concentration revealed higher carboxylation rates in high forest than in coppice but low stomatal conductance was a reason for overall lower photosynthetic rates in high forest than in coppice. Due to its superiority under water stress coppice forest may be a viable option for forest management on dry sites during the climate change.
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Positioning premature infants in terms of respiratory function and sucking
Matoušková, Marie ; Zounková, Irena (advisor) ; Smolíková, Libuše (referee)
The aim of the thesis "positioning premature infants in terms of respiratory function and intake" is familiar with the term and preterm infant characteristics of this term. Further, there are given the anatomical and physiological differences from mature immature newborn (physiological) newborns, and some pathology of respiratory and digestive tract of preterm infants. The work discusses the positioning of premature infants and introduces the possibility of positioning in terms of respiratory function and suction. The work also includes case study prematurely born child Powered by TCPDF (www.tcpdf.org)
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Arboristická problematika boje s desertifikací na příkladu Velké zelené zdi v Číně
Matoušková, Marie
Northern China is subdued to serious desertification caused by expansion of the Gobi Desert, mostly in the southern direction. There are several ways how minimize desertification as one of global environmental problems. One of the really extensive and long-term projects in stopping progress of the desert is the Chinese Great Green Wall, an artificial belt of trees planted to improve environmental characteristics and living conditions of people throughout northern China, eventually in the whole world. Some inventory and field science were made on six sites in extravilan to determine preliminary results of the project and to establish possible proposal how to improve combating desertification by this project as well as improving conditions in industrial cities, too.
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