Apartment house Proluka in Olomouc

The task of the bachelor thesis was to process the documentation for the new apartment building with almost zero energy consumption. The apartment building is located in Olomouc, in a terraced development, in the gap site. The building is oriented to the northeast and southwest. The apartment building is designed as a basement with four floors. In the basement, there are three separate garages, storage rooms, and rooms for the technical operation of the building. A total of eight residential units are designed on the upper floors. Each apartment has a balcony or terrace. Barrier-free vertical transport is provided by an elevator located in the mirror of the staircase. The building is based on a reinforced concrete foundation slab. The vertical structures are made of sand-lime masonry. Horizontal load-bearing structures are reinforced concrete monolithic. The roof of the building is the gable. The apartment house is insulated with mineral wool insulation

Počítačová podpora výuky v oblasti systémové analýzy v prostředí Internet/Intranet

Import 20/04/2006Prezenční výpůjčkaVŠB - Technická univerzita Ostrava. Fakulta strojní. Katedra (352) automatizační techniky a řízen

Municipal house in Suchonice

The task of the Master's thesis was the development of a design of a terraced near-zero energy civil amenities building for the building permit. The building is located on a gap site on a brownfield site in Suchonice. The building has two interconnected parts. The first part has two stories and a pitched roof. It includes club rooms, two separate apartments, a pub, and utility rooms. The second part has a single story with extensive green flat roof. It includes a hall for cultural events and technical spaces (WC, utility room, HVAC). The first part of the thesis includes architectural and structural designs of the building. The entire building is based on concrete strip foundations. The load-bearing walls and non-load-bearing walls are designed from ceramic blocks. The floor structures are designed from prefabricated reinforced concrete panels. The second part addresses the design of selected building services. The building is ventilated by an HVAC system with heat recovery. Space heating is provided by air-water heat pumps in split configuration (indoor and outdoor unit). Photovoltaic panels and solar thermal collectors are designed on the roof of the building. In the project is the design of artificial lighting. Rainwater will be stored in accumulation tanks and used for flushing toilets. Domestic wastewater is treated using a root wastewater treatment plant, on the property a constructed wetland. The final section focuses on the design of a treatment wetland. This study introduces basic information and types of wastewater treatment using wetlands. The concept includes the design of a treatment wetland, along with necessary calculations. The outcome is the selection of the most suitable treatment wetland for a specific facility and the design of this constructed wetland

Návrh racionální technologie výroby krytu VPS spojky

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Apartment house Proluka in Olomouc

Úkolem bakalářské práce bylo zpracovat dokumentaci pro novostavbu bytového domu s téměř nulovou spotřebou energie. Bytový dům se nachází v Olomouci, v řadové zástavbě, v proluce. Objekt je orientován na severovýchod a jihozápad. Bytový dům je řešený jako podsklepený se čtyřmi nadzemními podlažími. V suterénu se nachází tři samostatné garáže, skladovací místnosti a prostory pro technický provoz objektu. V nadzemních podlažích je navrženo celkem osm bytových jednotek. Součástí každého bytu je balkon nebo terasa. Bezbariérová vertikální doprava je zajištěna výtahem umístěným v zrcadle schodiště. Budova je založená na železobetonové základové desce. Svislé konstrukce jsou z vápenopískového zdiva. Vodorovné nosné konstrukce jsou železobetonové monolitické. Střecha objektu je sedlová. Bytový dům je zateplen minerální tepelnou izolací.The task of the bachelor thesis was to process the documentation for the new apartment building with almost zero energy consumption. The apartment building is located in Olomouc, in a terraced development, in the gap site. The building is oriented to the northeast and southwest. The apartment building is designed as a basement with four floors. In the basement, there are three separate garages, storage rooms, and rooms for the technical operation of the building. A total of eight residential units are designed on the upper floors. Each apartment has a balcony or terrace. Barrier-free vertical transport is provided by an elevator located in the mirror of the staircase. The building is based on a reinforced concrete foundation slab. The vertical structures are made of sand-lime masonry. Horizontal load-bearing structures are reinforced concrete monolithic. The roof of the building is the gable. The apartment house is insulated with mineral wool insulation.

Online Georeferencing for Libraries: The British Library Implementation of Georeferencer for Spatial Metadata Enhancement and Public Engagement

The British Library partnered with Klokan Technologies to customise the Georeferencer application for crowdsourcing of spatial metadata capture for two of its most important collections of historic mapping of Britain. This effort built upon previous work in online georeferencing and developments in metadata uses with geographical interfaces in libraries. The authors describe the project and the customised, new release of Georeferencer, with the results and benefits such a project may yield for both cartographic researchers and holding institutions

Application of the selected physical methods in biological research

This paper deals with the application of acoustic emission (AE), which is a part of the non-destructive methods, currently having an extensive application. This method is used for measuring the internal defects of materials. AE has a high potential in further research and development to extend the application of this method even in the field of process engineering. For that matter, it is the most elaborate acoustic emission monitoring in laboratory conditions with regard to external stimuli. The aim of the project is to apply the acoustic emission recording the activity of bees in different seasons. The mission is to apply a new perspective on the behavior of colonies by means of acoustic emission, which collects a sound propagation in the material. Vibration is one of the integral part of communication in the community. Sensing colonies with the support of this method is used for understanding of colonies biological behavior to stimuli clutches, colony development etc. Simulating conditions supported by acoustic emission monitoring system the illustrate colonies activity. Collected information will be used to represent a comprehensive view of the life cycle and behavior of honey bees (Apis mellifera). Use of information about the activities of bees gives a comprehensive perspective on using of acoustic emission in the field of biological research

The Acoustic Emission in the Nest of the Honey Bee Depending on the Extreme Weather Conditions

The vibroacoustic signals are an important part of communication in the honey bees (Apis mellifera L.). The aim of this study was to observe the acoustic emission that varies in a bee colony during different weather phenomena (strong winds and hailstorms) and to estimate the nature and the extent of the reactions of the colony by the analysis of the obtained data. Experiments were carried out in the volume-reduced hives. The specific weather phenomena were followed by significant (P < 0.0001) increasing of the intensity of the acoustic emission in the colony in comparison with acoustic emission before or after the phenomena. Close linear positive relationship was confirmed between the intensity of wind gusts and intensity of acoustic emission (r = 0.72; P < 0.001). With the increase in the maximum gust of 1 km·h−1, the intensity of acoustic emission increased by 0.1466 mV. The character and degree of reaction of the colony can be estimated with analysis of the measured data. Permeability of vibration signals directly induced weather phenomena through the construction of the experimental hive and the stress in the colony are discussed. Observation of the acoustic emission distributed within the colony is one of the methodical alternatives for research of the vibroacoustic communication in the colony

The spread of Colletes hederae Schmidt & Westrich, 1993 continues – first records of this plasterer bee species from Slovakia and the Czech Republic

Colletes hederae Schmidt & Westrich, 1993 is a cryptic bee species from the C. succinctus species-group. The previous occurrence and spreading of this species were predominantly in south-western Europe. To determine if the species was spreading in Slovak territory, Hedera helix was monitored from autumn 2015. The ivy-bee was first recorded in Slovakia during autumn 2017. This species is widespread inside and around Bratislava; however, it was not recorded under this study in any sites located eastwards. In the Czech Republic, it was not recorded in the south-east part of the country in 2017–2019. In 2020, the occurrence of this species was confirmed in many localities in the south of the country and strong populations were discovered, especially in the towns Znojmo and Mikulov. The populations likely originated from neighbouring Austria, where this species was discovered in 2006 and the localities are usually less than 100 km away from Czech and Slovak localities. A further survey could map a route of the northwards spread of this species