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Analysis of accessory costs of budget
Vacek, Jan ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
The purpose of this diploma thesis was to clarify the problematics of other costs of the construction budget and to create its own percentage tariffs for survey, geodetic and project work. The methodology used in the numerical part of the thesis was based on existing knowledge. The basis of all calculations were the budgets of civic amenities provided by the municipal authorities. The result of the work are the calculated tariffs of the relevant works and their ratio to the total ancillary and other costs of the construction budget. The work also finds out what are the most common ways of valuing work in the phase of creating an offer from the perspective of suppliers.
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Cost analysis of a building according to the level of the standard
Štercová, Kamila ; Prášek, Ondřej (referee) ; Aigel, Petr (advisor)
This diploma thesis deals with functional parts and their standards standards on single-family family houses. The theoretical part deals with concepts such as budgets, prices, costs, valuations and functional parts of buildings. The task is to define the types of standard of selected functional parts and to determine their indices which take into account the different material and design solutions of individual parts of the building.
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Line construction within the life cycle from the perspective of BIM
Vacková, Veronika ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
The aim of the work was the usage of the Building Information Modelling system to ensure the complete building-up, including the working part of the line constructions. In the first part of my thesis I was dealing with the costs of the total life of the line construction, the line construction life-cycle, with the difference between the Building Information Modelling model and traditional projecting, with the participators participants of the Building Information Modelling model and which levels in the Building Information Modelling exist. In the practical part I was dealing with two levels of the Building Information Modelling designing, in which I set the total price of the building researched and then I was comparing them. In the final chapter of the thesis working expenses were set which are involved in the expenses of the total life.
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Construction industry and Industry 4.0
Pálfiová, Nikola ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
This bacheloor thesis deals with Industry 4.0 described and explained and secnd part deals with Industry 4.0, Construction 4.0 and its possible implementation in countries of Vysegrad four. The purpouse of this work are to document tha actual situation legislativw readiness and rate of implementation of Construction 4.0 in every single country of Vysegrad four.
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Occupational safety and health in the building industry
Winkler, Ondřej ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
The purpose of this diploma thesis is to analyze and compare statistics of work accidents, to find shortcomings and to suggest possible solutions to these shortcomings for the Czech Republic. The analysis and comparison of statistics is focused on the Czech Republic and neighboring countries, which are Slovakia, Poland, Germany and Austria in 2015-2020. Furthermore, the thesis focuses on the activities of labor inspection. There is also an analysis and comparison of activities in the Czech, Slovak, Polish and Austrian Republics in 2015-2020.
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Time requirement of building construction
Kašiár, Dominik ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
The subject of this (bachelor) work is to identify the factors influenced the time demandingness of building construction. Design and project companies have provided me as many similar disposition objects (buildings) as possible to determine the time demandingness of building construction. I have sellected non-cellar bungalows.
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Price analysis of building with changes of construction materials
Pospíšil, Petr ; Vovesný, Jan (referee) ; Aigel, Petr (advisor)
The following bachelor thesis concentrates on the analysis of construction expenditures dutiny the process of introducing material and construction changes. We have selected four variant of the given construction systems supplied by four different providers. This has been conducted under the following condition: all the four variants has a common heat transfer coefficient. U= 0,14 [W/m2K]. Among the selected systems we have included Heluz, Velox, Porotherm and Ytong. Under Heluz system we have chosen Heluz Family, ground surface, thickness 500 mm. This system does not involved contact insulation. As for Porotherm, we have decided for ceramic breeze blocks Porotherm 30, thickness 300 mm, to follow the obligatory common heat transfer coefficient, therefore we have also suggested contact insulation as of 220 mm. The third system, Velox permanent boarding, VELOX WS EPS PLUS thickness 420 [mm]. This system fully complies with the heat transfer coefficient requirements. Finally, we have used Ytong breeze blocks 300 mm in thickness. For this solution there also arose a need to design the contact insulation to follow the heat transfer coefficient requirements. For ech project variant we have designed project documuntation as a the basis for further budget item calculations pertinent to each single project variant. The item budget calculation was made using KROS PLUS programme. The overall budget prices and variables in each project variant have been comapred with each other, the data processed into several graphs accordingly. Among the variables we have included ground works, founding, vertical and complete constructions, horizontal constructions, surfaře finishing works, flooring and filling works, thermal insulations. Furthermore, purchasing prices for each invividual type of material, based on provider prices list, have been compared with prices as given by KROS PLUS programme.
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