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ИЗБОРНО ВЕЋЕ, 15.12.2011. 43Materials, Volume 25, Issue 10, October 2011, Pages 3926-3934 DOI:10.1016/j.conbuildmat.2011.04.024 ISSN 0950-0618, IF(2010) = 1.366 (ранг 7/53)Рад у истакнутом међународном часопису, М22 = 5 (5x10=50)(12)1. Т.Волков-Хусовић, Р.Јанчић, М.Цветковић, Д.Митраковић, З.Поповић, " ThermalShock Behavior of Alumina Based Refractoories : Fracture Resistance Parameters and WaterQuench Test ", Matterials Letters, ISSN 0167-577X, 38 (1999) 372-378, IF =0.578 ( rang 63/139)(13)2. Т.Д.Волков-Хусовић, Р.М.Јанчић, В.Радојевић, З.В.Поповић,“ Prediction of Thermalshock Behavior of Alumina Based Refractories: Temperature Difference, Fracture ResistanceParameters adn WaterQuench Test“, Key Engineering Materials, ISSN=1013-9826, Vol 2006-213(2002) pp 1701-1703, IF =0.497 ( rang 10/24)После избора у ванредног професора(14)3. Boccaccini, D.N., Cannio, M., Volkov-Husoviæ, T.D., Kamseu, E., Romagnoli, M.,Veronesi, P., Leonelli, C., Boccaccini, A.R., Service life prediction for refractory materials ,Journal of Materials Science, ISSN 0022-2461 , 43 2008 (12), pp. 4079-4090 IF =1.346 ( rang86/192)(15)4. M. Pošarac, A. Devečerski, T. Volkov- Husović, B. Matović, D. Minić, The Effect of Y 2 O 3Addition on Thermal Shock Behavior of Magnesium Aluminate Spinel, Science of Sintering,ISSN 0350-820X,41 (2009) 75-81, IF =0.536 ( rang 30/63)(16)5. Posarac Milica B, Dimitrijevic Marija M, Volkov-Husovic Tatjana D , MajstorovicJelena, Matovic Branko Z , The ultrasonic and image analysis method for non-destructivequantification of the thermal shock damage in refractory specimens, MATERIALS & DESIGN,(2009), vol. 30 br. 8, str. 3338-3343, IF=1.518 (rang 80/214)(17)6. M. Dimitrijevic , M. Posarac, T.Volkov -Husovic, A. Devecerski and B. Matovic ,ThermalShock Damage Characterization of High Temperature Ceramics by Non Destructive TestMethods, Ceramics-Silikaty,ISSN 0862-5468, 32 (2) 2008. pp 115-119, IF =0.644 ( rang 10/24)(18) 7. T.Volkov Husovic, M. Dimitrijavic, M. Posarac, J. Majstorovic, B. Matovic, TheUltrasonic and Imege Analysis Method for Non-Desytuctove Mthod of Quantification of ThermalShock Damage in Refractory Specimen, Materials and Design 30 (8), pp. 3338-3343, ISSN 0261-3069 , IF =1.518 (rang 80/214)(19)8. S. Martinović, J. Majstorović, V. Vidojković, and T. Volkov-Husović, Influence of theDamage Level during Quenching on Thermal Shock Behavior of Low Cement Castable, Scienceof Sintering, 42 (2010) 000-000 ISSN 0350-820X, (2010), IF =0.536 (rang 45/76)(20)9. S.Martinovic, J. Majstorovic, V. Vidojkovic and T. Volkov-Husovic, Modeling of StrengthDegradation during Watyer Quiench Test of Low Cement High Alumina Castable, Ceramics-Silikaty, 54 (2) 169-175 (2010) , ISSN 0862-5468, IF =0.644 ( rang 10/24)(21)10. Marina Jovanović and Tatjana Volkov-Husović, Influence of sintering temperature onraw and beneficiated clay “Klokoti”, Science of Sintering, ISSN 0350-820X,41 prihvacen rad,2011, IF =0.536 (rang 30/63)Рад у међународном часопису, М23 = 3 (3x19=57)(22)1. Т.Д.Волков-Хусовић, Р.М.Јанчић, Д.Митраковић „Image Analyisis Used to PredictThermal stability of Refractories“, American Ceramic Society Bulletin, ISSN 0002-7812 ,Vol 84,No 10, (2005) October, pp 1-5 ,IF =0,346 ( rang 16/28)(23)2. Т.Д.Волков Хусовић, Р.Јанчић, З.Поповић, „Thermal Shock of CeramicMaterials:Comparison of Resistance Parameter with the Critical ΔT Values ΔTc= ΔTc(Bi) ofCeramic Material“, Key Engineering Materials, Vol 132-136(1997) pp 1778-1781, (1997) Р 51ISSN=1013-9826 , IF=0.497 (ранг 10/24)