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Review paper
UDC:  621.643.038:665.61(282.24 Sava)
DOI: 10.7251/afts.2015.0713.009D
COBISS.RS-ID 5434904
 
GEOTECHNICAL CONDITIONS FOR CREATION OF THE VERTICAL SHAFT FOR RECONSTRUCTION OF OIL PIPELINE FROM TERMINAL BROD TO CROATIAN  BORDER ON SAVA RIVER
 
Djurić Nedjo1, Mitrović Petar1
1Technical Institute Bijeljina, Bosnia & Herzegovina, e.mail Ova adresa el. pošte zaštićena je od spam napada, treba omogućiti JavaSkript da biste je videli

 

ABSTRACT  Full text (pdf)

Reconstruction of share in an existing corridor of Terminal Brod to the Croatian border on the Sava River is part of the corridor, which continues to go across the river to Slavonski Brod. The existing    corridor will be replaced on a part of Sava River, where is planned a production of a tunnel with two vertical shafts on the banks of the river. Research in the field of the shafts and tunnels are divided in two parts considering the border line between the countries Bosnia and Herzegovina and Croatia.On  the right bank of the Sava River researches were conducted in the development of the vertical shaft.
 
                The complexity of the geological structure and the proximity of of the Sava River require the development of the vertical shaft from the supporting structure of reinforced concrete (RC) midriffs.Also, the flow of water into the shaft is largely expected from its bottom, which requires manufacturing            
 
Key words: oil pipeline, river, shaft, midriff

 

REFERENCES

[1]
Osnovna geološka karta SFRJ, R 1:10000. Tumač za list Slavonski Brod. Savezni geološki zavod, Beograd, 1980.
[2]
Elaborat o geotehničkim istraživanjima za rekonstrukciju dionice  naftovoda s dopunom namjene transportom naftnih derivata u postojećem koridoru od Terminala Bosanski Brod do granice na rijeci Savi. Tehnički institut Bijeljina. 2011.
[3]
Standard Test Procedures Manual. Fondation investigation – Dynamic cone Penetrometer, Saskat chewan Highways and Transportation. 1992
[4]
Mn Road – Office of Minesota Road Reaserch – User guide to the Dinamic cone Penetrometer.
[5]
Horodecki, G.A., Bolt, A F., Dembicki, E. (2003). Geotehnički problemi projektiranja i ponašanja građevnih jama.  Građevinar 55.
[6]
Roje – Bonacci, T. (2005). Potporne građevine i građevne jame. Građevinsko arhitektonski fakultet Sveučilišta u Splitu. Split.
[7]
Modeling Floor Diaphragms in STAAD.Pro 2007. Bentley. RAM/STAD Solution Centar. www.bentley.com/en-US/Products/STAAD.Pro
[8]
Suljić, N. (2010). Potporne konstrukcije. Univerzitet u Tuzli. Rudarsko-geološko-građevinski fakultet. Tuzla.
 
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