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Program poslijediplomskog doktorskog studija [9] S. Vuković, L. Sopta, ENO and WENO schemes with the exact conservation property for onedimensional shallow water equations, Journal of Computational Physics 179, (2002), pp. 1-29, doi: 10.1006/jcph.2002.7076. [10] Vuković, S., Sopta, L., High-Order ENO and WENO Schemes with Flux Gradient and Source Term Balancing, Applied Mathematics and Scientific Computing (ed. Drmač, Hari, Sopta, Tutek, Veselić), Kluwer Academic Press, New York, (2003) [11] Sopta, L., Črnjarić-Zic, N., Vuković, S., Numerical Approximations of the Sediment Transport Equations, Applied Mathematics and Scientific Computing (ed. Drmač, Hari, Sopta, Tutek, Veselić), Kluwer Academic Press, New York, (2003) [12] Sopta, L., Vuković, S., Kranjčević, L., Petraš, J., Holjević, D., Plišić, I., A Cfd Approach To Flood Forecasting In The Case Of The River Rjecina, XXIX IAHR Congress, Proceedings, Theme C, Forecasting and Migration of Water-related Disasters, 1-7, Tsinghua University Press, Beijing, China, 2001. [13] Roko Dejhalla, Zoran Mrša and Senka Vuković, A Genetic Algorithm Approach to Minimum Ship Wave Resistance Problem, Marine Technology, 2002. [14] Dejhalla, R., Mrša, Z. Vuković, S., Application of Genetic Algorithm for Ship Hull Form Optimization, International Shipbuilding Progress (ISSN 0020-868X), Delft, The Netherlands, Vol. 48, 2, 117-133, 2001. [15] Dejhalla, R., Vuković, S., Mrša, Z., Numerical Optimisation of the Ship Hull from a Hydrodynamic Standpoint, Brodogradnja, vol. 49, 3, 289-294, 2001. [16]Vuković, S., Sopta, L. Buntić, I., Flooding Simulations in the Open Channel Design, International Symposium on Water Management and Hydraulic Engineering/Proceedings, Poland, 2001. [17]Vuković, S., Sopta, L., Genetic algorithm in the calibration of parameters of the hydraulic transients mathematical model, Annals of DAAAM for 2000 & Proceedings of the 11 th International DAAAM Symposium, 493-494, DAAAM International, Vienna, Austria, 2000. [18]Vuković, S., Sopta, L., Numerical Modeling of Shallow Water Equations in Channels with Irregular Geometry, Proceedings of the 3 rd International Congress of Croatian Society of Mechanics, 451-458, Faculty of Mechanical Engineering and Naval Architecture, Zagreb, Croatia, 2000. [19] L. Sopta, S. Vuković, N. Črnjarić-Žic, S. Družeta, J. Škifić, B. Crnković, Određivanje posljedica uslijed iznenadnog rušenja ili djelomičnog oštećenja zemljane brane akumulacije Tribalj matematičkim modeliranjem, projekt za Hrvatske vode, VGO Rijeka, 2004. [20]Sopta, L., Vuković, S., Črnjarić-Žic, N., Družeta, S. Škifić, J. Matematički model tečenja rijeke Kupe i Velike Belice u mjestu Kuželj, projekt za za Hrvatske vode, Rijeka, 2003. [21]Sopta, L., Vuković, S., Družeta, S. Pintar, S. Škifić, J. Matematički model rijeke Rječine od izvora do Tvornice papira, projekt za za Hrvatske vode, Rijeka, 2002. [22]Sopta, L., Vuković, S., Pintar, S. Škifić, J., Matematički model pucanja brane Valići i propagacije poplavnog vala, projekt za HE 'Rijeka', Rijeka, 2001. [23]Sopta, L., Vuković, S., Kranjčević, L., Matematički model poplavljivanja donjeg toka Rječine, studija za Hrvatske vode, Rijeka, 2000. [24]Sopta, L., Vuković, S., Buntić, I., Družeta, S. Pintar, S. Škifić, J. Idejni projekt oteretnog kanala Gornja Švica - Gornje Švičko jezero, idejni projekt za HE 'Senj', Rijeka, 2000. Znanstveno-nastavno ili nastavno zvanje i datum zadnjeg izbora Izvanredni profesor, travanj 2002. 213
Program poslijediplomskog doktorskog studija GORDANA MARUNIĆ Naziv ustanove zaposlenja Sveučilište u Rijeci, Tehnički fakultet E-mail adresa i adresa osobne web stranice gmarunic@riteh.hr Životopis, popis radova objavljenih u posljednjih pet godina uz navođenje kvalificirajućih radova za izvođenje nastave Gordana Marunić je rođena u Rijeci. Nakon gimnazije, diplomirala je na Fakultetu strojarstva i brodogradnje u Rijeci, Sveučilište u Zagrebu. Neposredno nakon toga, započinje radom u visokoškolskoj ustanovi, tako da sada posjeduje znatno nastavno i pedagoško iskustvo vezano uz inženjersku grafiku. Rezultati njenog intenzivnog istraživačkog rada u području zupčanih prijenosnika tiskani su u brojnim radovima i predstavljeni na međunarodnim konferencijama. Red. prof. Marunić je bila predstojnik Zavoda za konstruiranje u strojarstvu, a sada je voditeljica Katedre za inženjersku grafiku na Tehničkom fakultetu u Rijeci, i član tehničkog odbora DZNM/TO 537. Posjeduje akademsko zvanje magistra i doktora tehničkih znanosti. 1. Marunić, G.: “Stress Concentration in Spur Tooth Fillet; Conventional and Numerical Approach”, Proc. of Int. South African Con. on Applied Mechanics SACAM 2000, Durban 2000, 521-526. 2. Marunić, G.: “Effect of Spur Gear actual Facewidth on Tooth Displacement Components”, Proc. of the 6 th Int. Design Con. DESIGN 2000, Cavtat-Dubrovnik, 2000, 745-750. 3. Marunić, G.: “An Evaluation of Spur Gear Tooth Deformation Based on Three-Dimensional Approach”, Proc. of the Int. Con. Gearing, Transmissions and Mechanical Systems, Nottingham 2000, 243-250. 4. Marunić, G., Bratonja, P.: “Influence of Spur Gear actual Facewidth upon Tooth Fillet Maximum Stress”, Proc. of 5 th Int. Research/Expert Con. “Trends in the Development of Machinery and Associated Technology” TMT 2000, Zenica 2000, 388-393. 5. Marunić, G.: “Tooth Fillet Stress Area in Case of Non-Uniform Load Distribution”, Annals of DAAAM for 2000 & Proc. of the 11 th Int. DAAAM Symp. “Intelligent Manufacturing & Automation: Man-Machine-Nature”, Opatija, 2000, 291-292. 825-831. 6. Marunić, G.: “Deformation of Thin-Rimmed Gear Tooth”, Proc. of V Int. Cong. of Project Engineering, Lleida 2000, 52-53. 7. Marunić, G.: “Analysis of Spur Gear Tooth Deformation by Use of Finite Element Method”, Proc. of Int. Computer Science Con. microCAD`2000, Miskolc 2000, 85-90. 8. Marunić, G.: “3D Approach for Spur Gear stress Evaluation”, Strojarstvo, 42(5,6)(2000), 249-254. 9. Marunić, G.: “Deformation of Spur Tooth Subjected to Non-Uniform Loading”, Proc. of the 2 nd Int. Con. “Business Systems Management-UPS 2001”, Mostar 2001, 179-182. 10. Marunić, G.: “Effects of Foundation upon Spur Tooth Defrmation”, Proc. of Third Int. Cong. Mechanical Engineering Technologies `01, Sofia 2001, 100-102. 11. Marunić, G.: “Deformation of a Solid Gear Tooth Foundation”, RIM 2001- Revitalization and Modernization of Production, University of Bihać, Faculty of Technical Engineering Bihać, Bihać, 2001, 147-152. 12. Marunić, G.: “Maximum Stresses Position of Non-Uniformly Loaded Spur Tooth”, Proc. of Int. Computer Science Co. microCAD 2001, Miskolc 2001, 19-23. 13. Marunić, G.: “Analysis of Gear Teeth Base Flexibility “, Engineering Review 20(2000). 14. Marunić, G.: “Fillet Stress Related to Non-Uniformly Loaded Gear Tooth Geometry”, Proc. of 6 th Int. Con. AMST`02 Advanced Manufacturing Systems and Technology, Udine 2002, 15. Marunić, G.: “Rim Thickness Influence on Maximum Fillet Stress Position of Non-Uniformly Loaded Gear Tooth”, Proc. of 10 th Int. Con. on Machine Design and Production, Cappadocia 2002, 85-92. 16. Marunić, G.:“Complex Pinion- Gear Model”, Pro. of 6 th Int. Research/Expert Con. “Trends in the Development of Machinery and Associated Technology” TMT 2002, Neum 2002, 445-448. 17. Marunić, G.:“Maximum Fillet Stress of Thin-Rimmed Gear During One Engagement Cycle”, Annals of DAAAM for 2002 & Proc. of the 13 th International DAAAM Symposium, Beč 2002, 345-346. 18. Marunić, G.: “Comparison of Gear Tooth- Root Stresses Obtained by Different Numerical Methods”, Proc. of2 nd DAAAM Int. Con. on Advanced Technologies for Developing Countries –ATDC`03, Tuzla 2003, 53-58. 19. Marunić, G.: “Maximum Fillet Stress of Thin-Rimmed Gear During one Engagement Cycle”, DAAAM International Scientific Book 2003, 393-400. 20. Marunić, G.: “Spur Tooth-Root Maximum Stress of Meshing Phase”, Proc. of 7 th Int. Research/Expert Con. “Trends in the Development of machinery and Associated technology” TMT 2003, Lloret de Mar 2003, 633-636. 214
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