Stroškovno tehnološka optimizacija izvedbe premostitvenega objekta

Abstract

Keywords

Data

Language:	Slovenian
Year of publishing:	2010
Source:	Ljubljana
Typology:	2.11 - Undergraduate Thesis
Organization:	UL FGG - Faculty of Civil and Geodetic Engineering
Publisher:	[K. Mugerli]
UDC:	65.012:69.003.1(043.2)
COBISS:	5003105
Views:	2898
Downloads:	428
Average score:	0 (0 votes)
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Secondary language:	English
Secondary title:	Cost and technology optimization for the bridge execution
Secondary abstract:	The thesis treats the execution of bridge - viaduct Šumljak located on a highway section Razdrto - Vipava, which was one of the most difficult terrain by the National Programme for the construction of motorways in the Republic of Slovenia. Because the axis of the viaduct, which takes the form ''S'' curve, was in tender documentation provided construction of the viaduct by using two different technologies. The thesis describes a situation where the contractor in accordance with the contract prepare the proposal and execution of the changes on a basic solutions. With the aim to reduce costs, contractor use technology, which is consistent with its options to supply materials, equipment and ability. There is a detail description of the bridge construction with a movable scafford system and also the presentation of the basic and new cost estimate by comparing with each other. In the second part of the thesis is make an analysis of construction costs and evaluation of bridge execution.
Secondary keywords:	graduation thesis;civil engineering;bridge;technology;movable scafford system;budget;costs;
File type:	application/pdf
Type (COBISS):	Undergraduate thesis
Thesis comment:	Univ. Ljubljana, Fakulteta za gradbeništvo in geodezijo
Pages:	IX, 57 str.
Type (ePrints):	thesis
Title (ePrints):	Cost and technology optimization of bridge execution
Keywords (ePrints):	premostitveni objekt;tehnologija;predračun;stroški
Keywords (ePrints, secondary language):	bridge;technology;movable scafford system;budget;costs
Abstract (ePrints):	Diplomska naloga obravnava izgradnjo premostitvenega objekta – viadukta Šumljak, kateri se nahaja na odseku hitre ceste Razdrto – Vipava, ki je bil zaradi terena eden izmed najzahtevnejših odsekov v okviru uresničevanja Nacionalnega programa o izgradnji avtocest v Republiki Sloveniji. Zaradi osi viadukta, ki poteka v obliki ''S'' krivine je bila z razpisno dokumentacijo predvidena izgradnja viadukta z uporabo dveh različnih tehnologij. Diplomska naloga opisuje primer, ko je izvajalec del v skladu z gradbeno pogodbo predlagal in izpeljal spremembo osnovne rešitve. V želji po zmanjševanju stroškov je uporabil tehnologijo, ki je ustrezala njegovim zmožnostim oskrbe z materiali, opremljenosti in usposobljenosti. Podrobneje je opisana tehnologija izgradnje viadukta z pomičnim opažnim sistemom. Predstavljena sta tudi predračuna osnovne in nove rešitve z medsebojno primerjavo. V nadaljevanju naloge je izvedena analiza stroškov gradnje in poanaliza izvedbe premostitvenega objekta.
Abstract (ePrints, secondary language):	The thesis treats the execution of bridge - viaduct Šumljak located on a highway section Razdrto - Vipava, which was one of the most difficult terrain by the National Programme for the construction of motorways in the Republic of Slovenia. Because the axis of the viaduct, which takes the form ''S'' curve, was in tender documentation provided construction of the viaduct by using two different technologies. The thesis describes a situation where the contractor in accordance with the contract prepare the proposal and execution of the changes on a basic solutions. With the aim to reduce costs, contractor use technology, which is consistent with its options to supply materials, equipment and ability. There is a detail description of the bridge construction with a movable scafford system and also the presentation of the basic and new cost estimate by comparing with each other. In the second part of the thesis is make an analysis of construction costs and evaluation of bridge execution.
Keywords (ePrints, secondary language):	bridge;technology;movable scafford system;budget;costs
ID:	8310475