The Level of Risk Posed by Online Marketing Communication of the Engine Tables Brand

Cílem diplomové práce je zjistit, analyzovat a zhodnotit všechny možná rizika online marketingové komunikace značky Engine Table. V teoretické části se zabývám základními pojmy marketingu a metodami práce. Analytická část se zaměřuje na seznámení se značkou, marketingovou problematikou, PEST analýzou, analýzou trhu a konkurencí. Dále se v této části budu snažit analyzovat všechny možná rizika, která mohou vzniknou v prostředí online marketingové komunikace. V poslední části jsou následně hodnocena jednotlivá řešení, jejich efektivita, finanční náročnost, celkový přínos navrhovaných řešení, veškerá možná rizika a řešení jak jim je možné předejít.Target of master's theasis is find, analyze and identify all risks of online marketing communication Engine Tables. The theoretical part describes theoretical basics of marketing, basic concepts of marketing and methods of work. In the analytics part are basic information about company, marketing problems, PEST analysis, market analysis and competition. I will analyze all risk, that may happen at online marketing enviroment. In the last part are all results, their efficiency, financial demands and contribution of individual solutions.

Marketing Communication of Engine Tables Brand on the Social Networks

Cílem bakalářské práce je, propagace značky Engine Tables na nových sociálních sítích a zlepšení propagace na stávajících sociálních sítích. V teoretické části se zabývám základními pojmy marketingu a metodami práce. Analytická část se zaměřuje na seznámení se značkou, marketingovou problematikou, PEST analýzou, analýzou trhu a konkurencí. V poslední části jsou následně hodnocena jednotlivá řešení, jejich efektivita, finanční náročnost a celkový přínos navrhovaných řešení.Target of bachelor's theasis is to propagate Engine Tables brand on new social networks and improve propagation on exist social networks. The theoretical part describes theoretical basics of marketing, basic concepts of marketing and methods of work. In the analytics part are basic information about company, marketing problems, PEST analysis, market analysis and competition. In the last part are all results, their efficiency, financial demands and contribution of individual solutions.

RAPID VISUALIZATION OF THE MASS DISTRIBUTION PROFILE OF ELECTROSPUN LAYERS

Nanofibrous materials are currently widely used in many different areas. One of the technologies commonly used for their production is electrospinning. The mass distribution in a produced nanofibrous layer is a crucial factor especially for filtration applications and active ingredients or drug release applications. Image analysis is an efficient non-destructive method of a mass distribution determination, which has already been used in the evaluation of textiles and melt-blown webs, but so far only a few publications have dealt with its use in the field of electrospun materials. To facilitate the process of image analysis of deposited nanofibers, we developed a new collector electrode, which makes it possible to determine the optical mass distribution profile of the produced layer. A series of experiments proved that the developed collector allows an easy evaluation of the appearance of nanofibrous layers as well as the effects of many associated factors such as emitter configuration on the resulting sample. The results showed how the properties of nanofibrous layers (such as deposition zone dimensions, location of these zones, mass distribution profiles produced by different spinning nozzles) can change during the electrospinning process. The advantages of the method described in the present article are that it allows a contactless and non-destructive determination of mass distribution, detection of macroscopic defects, and investigation of causes behind layer thickness inhomogeneities. All in all, the presented method is a useful research and development tool for the field of electrospinning

Characteristic of photovoltaic system

Cílem této práce je informovat nejprve o fotovoltaice všeobecne, dále práce informuje o fotovoltaických panelech a celých elektrárnách. V práci je zahrnut i postup jak FVE realizovat v souladu s legislativou.V Další cásti je samotný hrubý návrh fotovoltaické elektrárny do výkonu 30kWp, která se dá umístit na rodinny dum, výpocet a kalkulace investic a návratnosti techto investic v závislosti na case. Návrh je proveden ve dvou samostatných návrhových programech FRONIUS SOLAR a SUNNY DESIGN,jejich výstupy jsou porovnány. V praktické cásti této práce spolupracuji s firmou SOLARTEC s.r.o na merení hodnot z experimentálního fotovoltaického systému a na vypracování metodiky stanovení reálných vlastností solárních systému v provozu z namerených dat následne ukládaných do databáze. Tyto data dále vyhodnocuji a porovnávám pri podobných provozních podmínkách. Tyto data nám ukazují napr. prubeh výroby elektrické energie behem charakteristických dnu v závislosti na dopadající intenzite zárení, teploty clánku ,úhlu dopadajícího zárení atd. Mužeme porovnat, jak vypadá ideální den z hlediska výroby fotovoltaické elektrárny, s ostatními dny. Dále jsou v práci uvedeny histogramy výkonu panelu behem chrakteristických dnu a za celou dobu zkoumání.The aim of this work is informed first about photovoltaics universally, works to inform the photovoltaic panels and complete plants. The work also includes instructions on how to implement PVP in accordance with law. Another part is the rough draft of the photovoltaic power 30 kWp, which can be placed on the house, computation and calculation of investment and them profitable investments to time. Design is made in two separate forms of the Fronius Solar and Sunny Design, their outputs are compared. The practical part of this work cooperates with the company SOLARTEC Ltd. for experimental measurements of the photovoltaic system and develop a methodology for setting the properties of real solar systems in operation from the measured data then stored in a database. These data further evaluate and compare the similar operating conditions. This data will show as the course of production of electricity during the typical day in percentage terms, depending on the incident irradiance, cell temperature, angle of incident radiation, etc. We can compare what it looks like an ideal day in terms of production of photovoltaic power, with the other days. Further are in work mentioned histograms achievement panel behind classical day and behind all - time investigation.

Care of aging or dying individuals with mental disabilities living in residential facilities

Bakalářská práce se zabývá možnostmi péče o stárnoucí a umírající osoby s mentálním postižením v různých typech pobytových zařízeních jako jsou například domovy pro osoby se zdravotním postižením, chráněná bydlení, domovy pro seniory či týdenní stacionáře. Pro výzkum této problematiky byla vybrána pobytová zařízení na území hlavního města Prahy, přičemž předmětem výzkumu je zmapovat, jakým způsobem jednotlivá zařízení k těmto osobám přistupují, jak pracují s jejich potřebami a jaké jsou aktuální překážky bránící seniorům zestárnout a dožít životy v prostředí pobytových služeb, které často vnímají jako svůj domov. Klíčová slova Osoby s mentálním postižením, senioři, pobytové služby, stárnutí, umírání.This bachelor thesis investigates possibilities of care provision for ageing or dying people with intellectual disabilities within different types of residential facilities as are for instance homes for people with disabilities, sheltered housing, nursing homes or week-care centers. For purposes of this research, residential facilities in Prague were chosen to examine what their approach is when it comes to the issues related to ageing or dying of their clients, how they consider their special needs and what are the barriers keeping them from living the rest of their lives in the environment of residential services which they often perceive as their home. Keywords Individuals with mental disabilities, elderly, living facilities, aging, dying.Katedra sociální práceDepartment of Social WorkFaculty of ArtsFilozofická fakult

Fire Behaviour Test of Brick Masonry Columns Reinforced with High-strength Carbon Fibres (CFRP)

Článek se zabývá problematikou chování zděných tlačených konstrukcí zpevněných či stabilizovaných kompozity tvořenými tkaninami na bázi vysokopevnostních uhlíkových vláken a epoxidovou pryskyřicí (CFRP - z angl. Carbon Fibre Reinforced Polymer) v podmínkách normového požáru. V článku je popsána požární zkouška zesílených cihelných zděných pilířů provedená v rámci výzkumného úkolu NAKI DF12P01OVV037 ve sloupové požární peci ve zkušebně PAVUS ve Veselí nad Lužnicí a její vyhodnocení. Zkouška byla provedena na 3 různých cihelných pilířích: (1) zesílený zděný pilíř bez povrchové úpravy zatížený osovou silnou; (2) nezatížený zesílený zděný pilíř opatřený vápennou omítkou; (3) nezatížený zesílený zděný pilíř opatřený vápennou omítkou a požárním intumescentním (zpěňujícím) nátěrem.The article deals with the behavior of compressed masonry structures reinforced or stabilized with composite fabrics based on high-strength carbon fi bers and epoxy resin (CFRP) during standard fi re. The article describes the fi re test of reinforced brick masonry columns performed within the research project NAKI DF12P01OVV037 in the fi re furnace in PAVUS (Veselí nad Lužnicí) and its evaluation. The test was performed on 3 different masonry columns: reinforced masonry column without any fi re protection or plaster loaded by axial force; unloaded reinforced masonry column with lime plaster; unloaded reinforced masonry column with lime plaster and intumescent (swelling) paint

A new approach to the assessment of the reduction in visibility caused by fires of electrical cables

Electricity is the most important form of household energy and one of the most important forms of energy for industry and transport. Electrical distribution in construction and transport is almost exclusively implemented using electrical cables. One of the unresolved problems associated with electrical cables is the release of smoke and the resulting reduction of visibility in case of fire in the area. In this study, a new approach was developed to assess the reduction of visibility in an area affected by an electrical cable fire. This approach is based on the determination of the critical ratio of smoke volume (in the smoke layer and exhausted from the fire compartment) to the length of the burning cable, through which the visibility of reflective and illuminated signs was reduced to a lower limit value (a standard of 10 m). The input data for this approach was the extinction area of the smoke released from one meter of burning cable and the length of the cables in the area. This approach was used to test two power cables (CHKE-V J3x1.5 and CHKE-R J3x1.5) and one signal cable J-H(St)H 1 x 2 x 0.8 with the B2(ca), s1, d1, a1 fire reaction class. The smoke extinction area of the examined cables was determined using a cone calorimeter at a heat flux of 50 kW/m(2). The obtained data showed that in order to maintain a visibility of 10 m for reflective signs, the critical ratio of smoke volume to length of burning cable was 7.5 m(3)/m. For illuminated signs, the critical ratio was 2.8 m(3)/m. The relationship between burning length and visibility allows the calculation of visibility in the fire compartment affected by cable fire only from cables length.Web of Science53art. no. 4

Effect of infill density of the printed PET-G structures containing iron oxides on magnetic properties

This work aims to characterize printing structures with various infill densities composed of a thermoplastic material containing magnetic particles composed of mainly Iron(III) oxides with regard to their possible processing with the additive technology of Fused Filament Fabrication. A polyethylene terephthalate glycol (PET-G) structural thermoplastic with the addition of Iron(III)) oxides has been selected, and correct processing temperatures have been determined using thermal analysis. The paramagnetic properties of printed products consisting of different filling densities have been tested. Relative permeability has been identified to be strongly dependent on the printed internal structures of tested products. The samples composed of the densest structure have shown relative permeability higher by 18% with respect to the sample printed with the least dense structure. Finite Element Modelling (FEM) simulations have been applied to determine magnetic field distributions and, moreover, to calculate the holding forces of all printed samples. The performed simulations confirmed that produced composites might be utilized as magnetic switches and sensors or as more advanced components for homogenizing electric motors’ magnetic fields. Moreover, magnetic properties might be tuned according to the specific needs printing structure with the suitable density.Web of Science91art. no.

New calculation technique for assessment of smoke layer interface in large buildings in connection with the design of buildings in the Czech Republic

The sustainability of the indoor environment of buildings is also related to the conditions that arise in the case of fires. Fires in buildings are characterized by the formation of combustion products, which can significantly endanger the life and health of people. One of the major sources of danger is smoke. If there is no smoke exhaust into the outside environment during the development of the fire, the building is gradually filled with smoke. The important characteristic of the smoke layer is the level of the smoke layer, which changes over time. Several methods have been derived for determining the descent of the smoke layer in an enclosed area of space, which mainly differ in terms of the application area and limits of use. The methods used in the Czech Republic for the assessment of smoke layer descent in the case of fires do not have a clear rationale and in many cases lead to completely misleading results. For this reason, in connection with the standards for the assessment of the buildings in the Czech Republic, a new calculation technique (CSN) has been derived, which has been compared with the selected simple calculation techniques in large buildings. The deviations between the results have been evaluated by the percentage bias method (PBIAS), while the largest deviation, compared to the ISO standard technique, did not exceed 20%. The CSN calculation technique shows a favourable compliance with the technique presented by the ISO standard, where the deviation did not exceed 1.6%. In response to the proposed standards in the Czech Republic, the CSN calculation technique enables the assessment of safe evacuation in relation to the smoke layer interface and can be a considered perspective.Web of Science1411art. no. 644