program poslijediplomskog doktorskog studija - TehniÄki fakultet u ...
program poslijediplomskog doktorskog studija - TehniÄki fakultet u ...
program poslijediplomskog doktorskog studija - TehniÄki fakultet u ...
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Program <strong>poslijediplomskog</strong> <strong>doktorskog</strong> <strong>studija</strong><br />
15. Smoljan, B., Numerical Simulation of Steel Quenching, Journal of Materials Engineering and<br />
Performance, Vol. 11, No. 1, February 2002., 75-79.<br />
16. SMOLJAN, B., Computer Simulation of Microstructure Transformation during the Quenching, 13 th<br />
IFHTSI Congress/ ASM Surface Engineering Congress, Columbus, OH, 2002<br />
17. SMOLJAN, B and CAJNER, F., Numerical Simulation of Quenched Hardness of Steel Specimen, Ed. G.<br />
Totten, 13 th IFHTSI Congress/ ASM Surface Engineering Congress, Columbus, OH, 2002<br />
18. Smoljan, B., Computer simulation of microstructure transformation during quenching, Proceedings of<br />
the 11 th , International scientific Conference Achievements in Mechanical & Materials Engineering, AMME<br />
2002., Gliwice-Zakopane, Poljska, 511-514<br />
19. Rubesa, D.; Smoljan, B.; Danzer, R., Main features of designing with brittle materials. Journal of<br />
Materials Engineering and Performance 12 (2003) 2. S. 1-9.<br />
20. Smoljan, B, Prediction of mechanical properties of quenched and tempered steel shaft, 5. Symposium<br />
numerical simulation in automotive engineering, February 2003., Graz<br />
21. Smoljan, B.; Rubesa, D.; Danzer, R., An analysis of designing with brittle materials. In: Lehoczky, L.<br />
(Red.) ; Kalmar, L. (Red.): microCAD : International Scientific Conference, 6-7 March 2003 : Section B:<br />
Materials Technology. Miskolc : University of Miskolc, Innovation and Technology Transfer Centre, 2003,<br />
S. 89-94; ISBN 963 661 547 0 ; ISBN 963 661 549 7 University f Miskolc, Innovation and Technology<br />
Transfer Centre, 2003, S. 83-88; ISBN 963 661 547 0; ISBN 963 661 549 7<br />
22. Smoljan, An analysis of combined cyclic heat treatment performance, AMPT 2003, Dublin 2003.<br />
23. Smoljan. Božo, Prediction of mechanical properties of quenched and tempered steel specimen of<br />
complex form, Proceedings of the 9 th International Seminar, INTERNATIONAL FEDERATION FOR HEAT<br />
TREATMENT AND SURFACE ENGINEERING, 23-25.09.2003, Varšava, Poljska,<br />
24. Smoljan. B, Prediction of mechanical properties and microstructure distribution of quenched and<br />
tempered steel shaft, Proceedings of the 12 th , International Scientific Conference Achievements in<br />
Mechanical & Materials Engineering, AMME 2003., 07-10. 10. 2003., Gliwice- Zakopane, Poljska<br />
25. Smoljan. B, Inverse hardness distribution in quenched steel specimen of complex form, Proceedings of<br />
the 12 th , International Scientific Conference Achievements in Mechanical & Materials Engineering, AMME<br />
2003., 07-10. 10. 2003.,Gliwice- Zakopane, Poljska<br />
26. Smoljan, Božo, Process Planning of Heat Treating Processes, microCAD 2004, Section L: Material Flow<br />
Systems, Logistical Informatics, 18-19.03.2004., Miškolc, Mađarska.<br />
27. Smoljan, B., Cajner, F., Landek, D., Svojstva legura oblikovanih u polutekućem stanju, Znanstvenostručni<br />
ljevački skup, travanj 2004., Zagreb<br />
28. Smoljan, B., Computer Simulation of IT-diagrams of Steel, October 2004., Proceedings of the14 th<br />
Congress of International Federation for Heat Treatment and Surface Engineering, October 26-28, 2004,<br />
Shanghai, China.<br />
29. B. Smoljan, S. S. Hanza, D. Rubeša, N. Tomašić, Phase transformation in steel during the quenching,<br />
Proceedings of the 20 th International Conference on Heat Treatment, 23.–25.11.2004.,Jihlava, 115–120<br />
30. B. Smoljan, An analysis of combined cyclic heat treatment performance, Journal of Materials<br />
Processing Technology 155 – 156 (2004) 1704 – 1707<br />
31. F. Cajner, B. Smoljan, D. Landek, Computer simulation of induction hardening, Journal of Materials<br />
Processing Technology 157 – 158 (2004) 55 – 60<br />
Znanstveno-nastavno ili nastavno zvanje i datum zadnjeg izbora<br />
Red. prof. dr. sc. 26. 06. 2000.<br />
253