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Residence Dlouha - Building Contruction Project
Teplý, Tomáš ; Nečasová, Barbora (referee) ; Liška, Pavel (advisor)
The subject of this diploma thesis is the building construction project of Residence Dlouha in Olomouc. It is an apartment building with two to four floors and a basement with garages. The diploma thesis contains a time and finance schedule, a site equipment project and technological procedure of a cast-in-place reinforced concrete floor and a green roof including a quality control. Moreover, a set of machines, usage options of a tower crane or a mobile crane and usage options of a mobile pump or a concrete container have been processed for this building. During the building process it is cared about work safety and environment protection.
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Implementation of the Subtructure of an Apartment Building
Teplý, Tomáš ; Nečasová, Barbora (referee) ; Liška, Pavel (advisor)
The subject of this bachelor's thesis is the constructional-technological solution of the substructure of an apartment building in Zlin. It is an object with five floors and a basement with garages. The building is based on drilled piles. The bachelor's thesis includes a construction plan with a site equipment, technological procedure of earthworks and drilled piles. A set of machines, a quality control, a budget and a time schedule have been processed for this technological phase. During the building process it is cared about work safety and environment protection.
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Modeling of microwave structures based on SIIG
Teplý, Tomáš ; Horák, Jiří (referee) ; Láčík, Jaroslav (advisor)
Well-known dielectric image guide reach in millimeter-wave interesting results. Compared to a conventional types of lines and waveguides is characterised by low-through loss for frequencies approaching 100 GHz. This work is detail focused to basic characteristics and especially type of perforate highpermitivity substrate for obtain implemented waveguide to dielectric board (SIIG). The work also contains couple suggestions for various transitions from a commonly used lines and waveguides. Simulation results using finite element method is achieved attenuation values below 2 dB, which corresponds to a 2 cm length and include a waveguide itself with a pair of transitions. Finally, this work also designed the production method and SIIG applicatoin in practicle.
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Wideband rectangular patch antenna
Teplý, Tomáš ; Puskely, Jan (referee) ; Láčík, Jaroslav (advisor)
This thesis focuses on the design microstrip antennas with a maximum bandwidth. First discussed are the standard types of supply of these antennas with main attention to the coaxial power supply (power probe) and L-probe. Furthermore, the properties of these types of power examined in the program CST Microwave Studio. The results obtained are used for the design of rectangular Patch Antenna with a maximum bandwidth. The proposed antenna is modeled in CST Microwave Studio program and then implemented. The result of this work is a microstrip antenna, the impedance bandwidth is 32,14%.
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Residence Dlouha - Building Contruction Project
Teplý, Tomáš ; Nečasová, Barbora (referee) ; Liška, Pavel (advisor)
The subject of this diploma thesis is the building construction project of Residence Dlouha in Olomouc. It is an apartment building with two to four floors and a basement with garages. The diploma thesis contains a time and finance schedule, a site equipment project and technological procedure of a cast-in-place reinforced concrete floor and a green roof including a quality control. Moreover, a set of machines, usage options of a tower crane or a mobile crane and usage options of a mobile pump or a concrete container have been processed for this building. During the building process it is cared about work safety and environment protection.
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|
|
Implementation of the Subtructure of an Apartment Building
Teplý, Tomáš ; Nečasová, Barbora (referee) ; Liška, Pavel (advisor)
The subject of this bachelor's thesis is the constructional-technological solution of the substructure of an apartment building in Zlin. It is an object with five floors and a basement with garages. The building is based on drilled piles. The bachelor's thesis includes a construction plan with a site equipment, technological procedure of earthworks and drilled piles. A set of machines, a quality control, a budget and a time schedule have been processed for this technological phase. During the building process it is cared about work safety and environment protection.
|
|
|
Wideband rectangular patch antenna
Teplý, Tomáš ; Puskely, Jan (referee) ; Láčík, Jaroslav (advisor)
This thesis focuses on the design microstrip antennas with a maximum bandwidth. First discussed are the standard types of supply of these antennas with main attention to the coaxial power supply (power probe) and L-probe. Furthermore, the properties of these types of power examined in the program CST Microwave Studio. The results obtained are used for the design of rectangular Patch Antenna with a maximum bandwidth. The proposed antenna is modeled in CST Microwave Studio program and then implemented. The result of this work is a microstrip antenna, the impedance bandwidth is 32,14%.
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|
|
Modeling of microwave structures based on SIIG
Teplý, Tomáš ; Horák, Jiří (referee) ; Láčík, Jaroslav (advisor)
Well-known dielectric image guide reach in millimeter-wave interesting results. Compared to a conventional types of lines and waveguides is characterised by low-through loss for frequencies approaching 100 GHz. This work is detail focused to basic characteristics and especially type of perforate highpermitivity substrate for obtain implemented waveguide to dielectric board (SIIG). The work also contains couple suggestions for various transitions from a commonly used lines and waveguides. Simulation results using finite element method is achieved attenuation values below 2 dB, which corresponds to a 2 cm length and include a waveguide itself with a pair of transitions. Finally, this work also designed the production method and SIIG applicatoin in practicle.
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