BIBLIOGRAPHY
1. Jovanović, M., Djordjević, D., Some examples of numerical simulation of two-dimensional flows, Vodoprivreda, No. 141-146, Belgrade,
1993. (in Serbian)
2. Djordjević, D., Modelling of discontinuous flows, Proc. of the XI COnf. of the Zugoslav Society of Hydraulic Research and the Yugoslav
Society of Hydrology, Belgrade, 1994. (in Serbian)
3. Jovanović, M., Djordjević, D., Numerical simulation of 2D unsteady open channel flows with the MacCormack finite difference
scheme, Hydrosoft'94, Porto Carras, Greece, 1994.
4. Jovanović, M., Djordjević, D., Experimental verification of the MacCormack numerical scheme, Advances in Engineering Software,
Vol.23, Elsevier Science Limited, 1995.
5. Djordjević, D., Green-Ampt model and its application to determination of the initiation of the runoff, Project: "Development of the
hydrologic balance global model", granted by the Parlament of the Federal Republic of Yugoslavia and the Government of the Federal Republic
of Yugoslavia, grant number 2-0-10-056/94, Faculty of Civil Engineering, University of Belgrade, Belgrade, 1998. (in Serbian)
6. Djordjević, D., Numerical modelling of discontinuous flows, M.Sc. thesis, Faculty of Civil Engineering, University of Belgrade, Belgrade,
1998. (in Serbian)
7. Djordjević, D., Theoretical and experimental determination of discharge coefficient of a broad-crested weir in sloping channel,
Vodoprivreda, No. 175-176, Belgrade, 1998. (in Serbian)
8. Djordjević, D., Flood routing in the rivers using the Muskingum-Cunge method, Project: "Development of the hydrologic balance global
model", granted by the Parlament of the Federal Republic of Yugoslavia and the Government of the Federal Republic of Yugoslavia, grant
number 2-0-10-056/94, Faculty of Civil Engineering, University of Belgrade, Belgrade, 1998. (in Serbian)
9. Djordjević, D., Modelling of supercritical flows over a sequence of broad-crested weirs, Vodoprivreda, No. 177-182, Belgrade, 1999.
(in Serbian)
10. Djordjević, D., Modelling of free-surface discontinuous flows, monograph, Zadužbina Andrejević, Belgrade, 2000. (in Serbian)
11. Djordjević, D., Determination of a stone particle trajectory in the flowing water, (accepted for publishing in the journal Vodoprivreda)
(in Serbian)
12. Djordjević, D., Linear stability analysis of the two-dimensional MaCormack numerical scheme, (submitted for revision for publishing in
the
journal Theoretical and Applied Mechanics)
PROFESSIONAL
EXPERIENCE
1. Preliminary design for reconstruction and upgrade of urban drainage and sewerage systems in the Belgrade suburb Kumodraz, Institute
of Hydraulic
Engineering, Faculty of Civil Engineering, University
of Belgrade, Belgrade,
1999. (team member)
2. Main design of the marina on the Sava river near the town of Obrenovac, Institute of Hydraulic Engineering, Faculty of Civil Engineering,
University
of Belgrade, Belgrade, 2001. (team member)
3. Study: Flood risks in Bosnia and Herzegovina, Directorate for Waters, Ministry for Agriculture, Forestry and Water Resources Banja Luka,
Republic of Srpska, Bosnia and Herzegovina and Faculty of Civil Engineering, University of Belgrade, Belgrade, Yugoslavia, 2002. (team
member)
SOFTWARE LIST
1. Djordjević, D., GAMOD - program for calculation of the infiltration capacity of cohesive soils based on the Green-Ampt model, Institut
fur
waserwirtschaft, hydrologie und land-wirtschaflihchen wasserbau, Hannover, 1991.
2. Djordjević, D., MAC1MK — program for numerical simulation of one-dimensional free-surface flows based on the McCormack finite
difference scheme, Project: "Development of methods and management in Water Resources" granted by the Ministry of science and
technology
of the Republic of Serbia, grant number 1706, Faculty of Civil Engineering,
University of Belgrade, Belgrade, 1993/94.
3. Djordjević, D., MAC2 — program for numerical simulation of two-dimensional free-surface flows based on the McCormack finite
difference scheme, Project: "Development of management methods in Water Resources" granted by the Ministry of science and
technology of the
Republic of Serbia, grant number 09M01, Faculty of Civil Engineering, University
of Belgrade, Belgrade, 1998.
4. Djordjević, D., CUNGE — program for flood routing in rivers based on the Muskingum-Cunge method, Project: "Development of the
hydrologic balance global model " granted by the Parlament of the Federal Republic of Yugoslavia and the Goverment of the Federal
Republic of
Yugoslavia, grant number 2/0-10-056/94, Faculty of Civil Engineering, University
of Belgrade, Belgrade, 1998.
5. Jovanović, M., Djordjević, D., KAMEN – program for calculation of a stone particle trajectory in the flowing water, Faculty of Civil
Engineering, University of Belgrade, 2001.