Tato diplomová práce představuje určenou část projektové dokumentace ve stupni pro provádění stavby (dle vyhlášky č. 499/2006 Sb. ve znění vyhlášky č. 62/2013 Sb.) zabývající se komplexní rekonstrukcí a vytvořením nástavby stávající budovy školního ubytovacího zařízení ve městě Bzenci. Zároveň dojde ke změně užívání stavby na nájemní dům s byty charakteru sociálního bydlení. V souvislosti s touto skutečností se navržená rekonstrukce snaží zachovat a využít stávající konstrukce v co největším rozsahu, s cílem nezbytně tak nenavyšovat náklady rekonstrukce stavby.

The thesis deals with the technological stage of the rough construction of the annex and the reconstruction of the apartment building on Neumannova Street in Brno-Pisárky. These are earthworks, rough substructure, rough construction, demolition work, and some of the finishing work. The diploma thesis deals with the design of the work process of the works, the design of the machine assemblies, the studies of the implementation of the main technological stages, the preparation of the budget item, the time schedule, the time and the financial plan of the object, the control and testing plan, the material assurance plan and the transport relations. Further, the design of the building facility is processed and a technical report of the building facility is made.

The constantly tightening wastewater treatment legislation require high-quality runoff from small-scale producers of pollution who are typically represented by small municipalities up to 500 inhabitants or decentralized parts of larger municipalities. Small municipalities are faced with high investment-intensity associated with the acquisition of new wastewater treatment plant. After several years of development, today natural technologies of wastewater treatment are in competition with mechanical-biological treatment plants. Natural technologies can even achieve better results than popular biological treatment plants. However, natural technology does not eliminate the main investment limit connected with the acquisition of wastewater treatment plant. If there was cheaper solution connected with using alternative filter materials (in our case recycled construction and demolition waste), small municipalities could take constructed wetland without large subsides. At the same time, the use of recycled construction and demolition wastes will lead to benefits in the field of sustainable urban development and replacement of non-renewable materials. Despite these benefits, recycled aggregates have never been considered as alternative filter materials for natural wastewater treatment plants. For that reason, the aim of diploma thesis is to assess the possibility of applying recycled aggregates for wastewater treatment which will include evaluation of real trial operation.

This diploma thesis deals with the issue of using fine powder of concrete recyclate. In this thesis, the theoretical expectations of milling are summarized as well as high energy milling. Afterwards professional articles, in which fine powder of concrete recyclate is successfully activated, are described and commented on. In the experimental part, there are 11 recipes of cement mortar and 3 recipes of concrete mixed. The benefit of using fine powder of concrete recyclate as a possible substitute for part of the cement is evaluated.

The goal of this diploma thesis is the processing of the building-technological project for Health University in Prague. For the thesis there was elaborated a technic report, situation of the construction place, object time schdule and financial plan, the study of the implementation of technologist. Stages, project of construction site equipment, design of mechanical assembly, technological regulation for the implementation of monolithic vertical and horizontal load-bearing structures together with inspection and test plan. Furthermore, the thesis contains a schedule of the main building, a plan for securing material resources and a financial analysis of the formwork. The basis for preparation thesis is the project documentation of the construction.

This thesis addresses the construction and technological renovation project ESF MU in Brno. The building will be solved in three main stages. The first phase is the demolition work, the second is the renovation of interier and the third is the inovation of skylight. Reconstruction will take place in the 1st floor and 2nd floor especially in the hall and library. The building is a reinforced concrete skeleton with monolithic reinforced concrete ceiling.

This thesis describes the implementation of the proposed project, which concerns the reconstruction of the existing building of shopping center and restaurant. To built-in an atrium area, outdoor terraces and extension of the second storey superstructure of the building will be realized the project of the Retirement Home. This work contains a summary technical report, processing of technological regulations, report building equipment, design of the main building machines and mechanisms, assessment services, occupational health and safety plan, itemized budget and schedule subject to Retirement Home.

This thesis deals with the reconstruction of the Adamov municipality,based on a solution of barrier-free building use, overall improvement of the energy performance of the building and creation of new office spaces in the form of a loft. The object is located on a building site in the town Adamov. The object is currently connected to a III. road, parking space and utilities. It is a building with three above-ground floors and one basement floor. The ground plan of the municipality is rectangle-shaped, the maximum outline dimensions of the rectangle are 28.38 x 16.70m. Existing vertical supporting constructions are mason made of fired bricks. The roof frame structure is made of wood, construction framework stagnant stool, fired tiles are used as roofing. Floor surfaces are formed by ceramic tiles or vinyl. The entrance part is covered with a flat roof. The entrance area will be redesigned as a barrier-free, with a connection to the elevator that goes through the entire object. The sanitary facilities in the first and in the second floor will be renovated. Newly created attic floor will be – except for the lift - connected to the interior of the building by a new steel staircase and the walls on this floor will be of a light type. Holes fillings will be changed in the perimeter walls. A thermal insulation of the entire object by a contact heating system will take place. This thesis consists of preparatory work and studies, implementing documentation, text reports, calculations of the thermal technical assessment and fire safety solutions. Project documentation is made in accordance with currently valid laws, regulations and standards.

The global use of resources such as materials, energy, and water has surpassed sustainable levels by many accounts.  The research presented here was explicitly normative in its aim to improve the understanding of, and make sustainable change toward highly systemic issues of resource management.  The core methods chosen to work toward this aim were bottom up action research procedures (including stakeholder engagement processes) and industrial ecology analysis tools.  These methods were employed and tested in pragmatic combination through two of the author’s case study projects. The first case study, performed between 2009 and 2012, employed a multi-stakeholder process aimed at improving the cycling of construction and demolition waste in the Stockholm region.  The second case study produced a strategic tool (Looplocal) built for facilitating more efficient regional industrial resource networks. While the highly participative aim of the cases required a larger contribution of resources than that of more closed studies, it is arguable that the efficacy of approaching the project aims is improved through their employment. / <p>QC 20130522</p>

The diploma thesis focuses on the preparation of technological project of a reconstruction of a road bridge in Brno in the district of Brno-Slatina. The reconstruction consists of replacement of the whole construction of the bridge except for the pile foundation. The reconstruction will be executed in two phases with consideration of keeping road traffic on the bridge. The bridge is designed of reinforced concrete with the deck constructed of prestressed prefabricated girders.