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Using of RFID new eguipments
Štěpánek, Samo ; Vojáček, Zdeněk (referee) ; Lacko, Branislav (advisor)
Bachelor thesis focuses on RFID technology and its potential uses in healthcare. Thesis includes theoretical basis for processing the subject, analysis of the current use of RFID in healthcare in Czech Republic and the world, the requirements for the application of technology and proposal of RFID technology instrument for usage in healthcare.
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Numerický model akustických vlastnosti dělící konstrukce dřevostavby
Štěpánek, Samo
The Master's thesis deals with the creation of the numerical model that serves to analysis of the acoustic properties of separating construction of a wooden structure. The work includes theoretical basis for solving the subject, it discusses the airborne sound insulation of separating structures, focuses on wooden buildings, describes a computing environment ANSYS and model creation in it. More variants of model were compiled, CLT panel and frame construction. Model itself is using scripting language APDL and each step of creation is described. The results of numerical simulations describe the distribution of pressure in front and behind the separation construction. Results are compiled into graphs and single value of weighted airborne sound insulation is evaluated. In conclusion individual results of model variants are compared, model accuracy improvements are discussed.
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Using of RFID new eguipments
Štěpánek, Samo ; Vojáček, Zdeněk (referee) ; Lacko, Branislav (advisor)
Bachelor thesis focuses on RFID technology and its potential uses in healthcare. Thesis includes theoretical basis for processing the subject, analysis of the current use of RFID in healthcare in Czech Republic and the world, the requirements for the application of technology and proposal of RFID technology instrument for usage in healthcare.
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Numerický model akustických vlastnosti dělící konstrukce dřevostavby
Štěpánek, Samo
The Master's thesis deals with the creation of the numerical model that serves to analysis of the acoustic properties of separating construction of a wooden structure. The work includes theoretical basis for solving the subject, it discusses the airborne sound insulation of separating structures, focuses on wooden buildings, describes a computing environment ANSYS and model creation in it. More variants of model were compiled, CLT panel and frame construction. Model itself is using scripting language APDL and each step of creation is described. The results of numerical simulations describe the distribution of pressure in front and behind the separation construction. Results are compiled into graphs and single value of weighted airborne sound insulation is evaluated. In conclusion individual results of model variants are compared, model accuracy improvements are discussed.
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