Nursery school

Import 26/02/2015BODIŠOVÁ, Andrea. Mateřská školka. Ostrava, 2014. Diplomová práce. Ostrava: VŠB – TUO, 2014, 76 stran. Diplomová práce je zaměřena na vypracování projektové dokumentace pro stavbu mateřské školky Olomouc – Demlova podle vyhlášky č. 499/2006 Sb., ve znění novely č. 62/2013 Sb., o dokumentaci staveb, ve znění pozdějších změn a doplnění. Řešeným objektem je mateřská školka společně s jídelnou pro blízké strávníky. Navrhovaný objekt bude třípodlažní, částečně podsklepený s plochou střechou. Práce obsahuje průvodní zprávu, souhrnnou technickou zprávu a stavební část pro provádění stavby. Dále je v práci uveden energetický štítek budovy a tepelně technické posouzení vybraných detailů.BODISOVA, Andrea. The Nursery School. Ostrava, 2014. Diploma thesis. Ostrava: VSB – TUO, 2014, 76 pages. Diploma thesis is focused on the preparation of project documentation for the construction of the nursery school in Olomouc - Demlova by regulation number 499/2006 collection, the amended by novella number 62/2013 collection, about the documentation of buildings, as amended by following changes and additions. Designed object is solved together as a nursery school and the school dining room for nearby diners. The proposed building will be three floors with partial basement and with a flat roof. The work includes accompanying report comprehensive technical report and building part for the construction of the building work. In the work is also indicated the energy label of building and heat technical assessment of selected details.225 - Katedra pozemního stavitelstvívýborn

Constructional and technological process of implementing single-layered walk proofed roof of the administrative building

Import 26/06/2013Předmětem bakalářské práce je navrhnout technologický postup zastřešení jednoplášťové pochůzné střechy administrativní budovy včetně materiálů, jejich skladování, určení pracovních podmínek, personálního obsazení, pomůcek a strojů, včetně pracovního postupu při realizaci jednotlivých částí zvolené střešní skladby. V práci je uvedena projektová dokumentace pro provedení stavby, která je zpracována dle platných právních předpisů a norem souvisejících s danou problematikou. Dále je zde uveden položkový rozpočet, harmonogram, technická zpráva, zařízení staveniště a tepelně technické posouzení vybraného detailu.The aim of bachelor thesis is to design technological process of implementing single-layered walk proofed roof of the administrative building. The work includes building materials, its storage, determination of working conditions, personnel, devices and machines and also working procedure for implementation of every single layer of the roof surface. There is also mentioned project documentation, which deals with the current law and all connected regulations. The final part contains budget, timetable, technical report from building yard and heat-technical evaluation of the selected detail.Prezenční225 - Katedra pozemního stavitelstvívýborn

Vodní pohybové pohádky nejen pro předškoláky

Recenze pro publikaci na Elportálu MURecenze pro publikaci na Elportálu MUReview the publication for Elportal M

Study of thermal behaviour of yttrium-aluminate glasses by DSC and high temperature XRD analysis

Yttrium-aluminate glasses with high alumina content are potential candidates for various applications ranging from transparent ballistic protections, through infrared transparent windows, to hosts for rare earth elements in materials used for solid state lasers. These glasses are interesting because of their optical and mechanical properties and high chemical and thermal stability. Preparation of bulk Al2O3-Y2O3 glasses is very time and energy consuming and prepared materials are very expensive. Different ways of mentioned bulk glasses preparation were reported, however the combination of flame synthesis and subsequent HP sintering of glass microspheres published by Rosenflanz seems to be very promising from technological and economic point of view. In this work the glass microspheres with different alumina content were prepared by flame synthesis. The morphology of prepared particles was studied by optical microscopy and SEM, XRD, DSC and high temperature XRD analysis were performed in order to determine of optimal conditions for hot-press sintering of glass microbeads

The preparation of bulk aluminate glasses by hot pressing of glass microspheres

In this work the yttrium-aluminate glasses with different composition A60Y40M (76.8 mol.% Al2O3), A63Y37M (81.8 mol.% Al2O3), and YAG (62.6 mol.% Al2O3) were prepared by flame synthesis in the form of glass microspheres and characterized by OM, SEM, XRD, HT XRD and DSC analysis. On the basis of the results of HT XRD and DSC analysis, the individual crystallisation experiments were performed. The morphology of crystallized microspheres was studied by SEM and the content of individual crystalline phases was evaluated. The microspheres with the eutectic composition A60Y40M were hot-pressed in vacuum under various conditions (temperatures 900-1600°C, pressure 80 MPa, isothermal dwell time 0-30 min). The highest hardness 17.7 GPa and fine grained microstructure was observed for the samples hot pressed at 1300°C with isothermall dwell time of 30 min