magistrsko delo št. 96/II. VOI
Borut Mavc (Author), Mario Krzyk (Mentor)

Abstract

Magistrsko delo obravnava izdelavo idejne zasnove kanalizacijskega sistema na območju Velike planine. Na celotnem območju je bilo določenih 6 območjih, ki tvorijo posamezne zaključene manjše sisteme. Sistemi so zasnovani na območjih Dovja Raven, Gojška planina, Mala planina, Velika planina, Zeleni rob ter Šimnovec. V sklopu dela je bil urejen horizontalni ter vertikalni potek trase kanalizacijskega sistema. Omenjeno je bilo izdelano s pomočjo programske opreme Urbano Canalis, ki se uporablja tako za načrtovanje projektov kot tudi za vzdrževanje komunalnih vodov. Pri načrtovanju so bili upoštevani predpisi Pravilnika o tehnični izvedbi in uporabi objektov in naprav javne kanalizacije na območju občine Kamnik. V magistrskem delu je na začetku predstavljena zakonodaja, ki ureja področje odvajanja in čiščenja odpadnih voda. Sledi teoretični opis kanalizacijskih sistemov, ki vsebuje opise objektov na sistemih, opis dimenzioniranja sistemov, vzdrževanje sistemov ter opis izvedbe del ob izgradnji kanalizacijskega sistema. V nadaljevanju je opisano obravnavano območje, prikazano dimenzioniranje posameznih kanalov ter opisane posamezne rešitve na zgoraj omenjenih območjih. Na koncu je bila opravljena stroškovna analiza, ki podaja grobo oceno investicije.

Keywords

gradbeništvo;magistrsko delo;VOI;odvajanje in čiščenje odpadne vode;kanalizacijski sistemi;odpadne vode;

Data

Language: Slovenian
Year of publishing:
Typology: 2.09 - Master's Thesis
Organization: UL FGG - Faculty of Civil and Geodetic Engineering
Publisher: [B. Mavc]
UDC: 628.179.2:628.32(497.4)(043.3)
COBISS: 112160003 Link will open in a new window
Views: 105
Downloads: 73
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Other data

Secondary language: English
Secondary title: ǂThe ǂsolution of discharging and treating the waste waters in the area of Velika planina
Secondary abstract: During progress and development of methods for analysis of floods (more accurate topographic data, increased capacity of computer equipment, development of hydrodynamic modelling tools, etc.) a new approach to determining flood areas is becoming more and more popular, namely the simplified hydrological-hydraulic two-dimensional model with direct rainfall. When using rain-on-grid methods, the hydrological part is already integrated into the hydraulic model, as rainfall amount and spatial distribution is inserted directly on the mesh grid for the upstream boundary condition. The master's thesis presents two methods of determining floodplains, one using a traditional approach, with constructed separate hydrological and hydraulic models, and other using the direct rainfall method to the 2D modelling grid. For comparison, a small catchment area, called NC Polje in Bohinjska Bistrica, was selected, where flash and pluvial floods occur. We tested the sensitivity of the numerical model to changes in roughness coefficient, the size of the numerical cell and the distribution of rainfall. The change in cell size of the computational mesh showed the greatest impact on modelling results. In conclusion, the use of two-dimensional modelling with direct rainfall proved to be useful approach, especially in the areas of flash and pluvial floods, but carefully determining the roughness coefficient and professional assessment of the obtained results is essential.
Secondary keywords: civil engineering;master thesis;discharge and treatment of wastewater;sewage systems;wastewater;
Type (COBISS): Master's thesis/paper
Thesis comment: Univ. v Ljubljani, Fak. za gradbeništvo in geodezijo
Pages: XII, 86 str.
ID: 15757154