Прати
Neno Toric
Neno Toric
Professor, University of Split, Faculty of Civil Engineering, Architecture and Geodesy
Верификована је имејл адреса на gradst.hr - Почетна страница
Наслов
Навело
Навело
Година
Experimental verification of a newly developed implicit creep model for steel structures exposed to fire
N Torić, A Harapin, I Boko
Engineering Structures 57, 116-124, 2013
492013
Experimental Analysis of the Behaviour of Aluminium Alloy EN6082 AW T6 at High Temperature
N Torić, J Brnić, I Boko, M Brčić, IW Burgess, I Uzelac
Metals 7 (4), 126, 2017
452017
Mechanical properties of lightweight concrete after fire exposure
N Torić, I Boko, S Juradin, G Baloević
Structural Concrete 17 (6), 1071, 2016
332016
Aluminium as a material for modern structures
D Skejić, I Boko, T Neno
Gradevinar 67 (11), 1075-1085, 2015
322015
Reduction of Postfire Properties of High-Strength Concrete
N Torić, I Boko, B Peroš
Advances in Materials Science and Engineering 2013, 2013
292013
Application of hardwood for glued laminated timber in Europe
I Uzelac Glavinić, I Boko, N Torić, J Lovrić-Vranković
Građevinar 72 (7), 607-616, 2020
25*2020
Creep-free fire analysis of steel structures with Eurocode 3 material model
N Torić, R Sun Rui, IW Burgess
Journal of structural fire engineering 7 (3), 243-248, 2016
202016
DEVELOPMENT OF A HIGH TEMPERATURE MATERIAL MODEL FOR GRADE S275JR STEEL
N Torić, J Brnić, I Boko, M Brčić, IW Burgess, I Uzelac Glavinić
Journal of Constructional Steel Research 137, 161-168, 2017
152017
A unified rheological model for modelling steel behaviour in fire conditions
N Torić, IW Burgess
Journal of Constructional Steel Research 127, 221-230, 2016
152016
Modelling of Steel Creep at High Temperatures Using an Implicit Creep Model
N Torić, A Harapin, I Boko
Key Engineering Materials 553, 13-22, 2013
132013
Pouzdanost čeličnih konstrukcija u požaru
I Boko, B Peroš, N Torić
Građevinar 62 (05.), 389-400, 2010
132010
Aluminijske konstrukcije
I Boko, D Skejic, N Toric
122017
DEVELOPMENT OF A CREEP-FREE STRESS-STRAIN LAW FOR FIRE ANALYSIS OF STEEL STRUCTURES
N Torić, RR Sun, IW Burgess
Fire and Materials 40 (7), 896-912, 2016
122016
Structural fire design parameters and procedures–analysis of the potential of Eurocode 3
I Boko, N Torić, B Peroš
Materialwissenschaft und Werkstofftechnik 43 (12), 1036-1052, 2012
122012
BEHAVIOUR OF PRESTRESSED HOLLOW-CORE CONCRETE SLAB UNDER FIRE--EXPERIMENTAL STUDY.
N Torić, V Divić, I Boko
Tehnicki vjesnik/Technical Gazette 19 (4), 2012
112012
COMPARATIVE ANALYSIS OF STEEL AND ALUMINUM STRUCTURES
J Peko, N Torić, I Boko
E-Gfos 13, 50-61, 2016
102016
DEVELOPMENT OF A RHEOLOGICAL MODEL FOR CREEP STRAIN EVOLUTION IN STEEL AND ALUMINIUM AT HIGH TEMPERATURE
N Torić, I Uzelac Glavinić, IW Burgess
Fire and Materials, 2018
92018
An Experimental Investigation of Hardwoods Harvested in Croatian Forests for the Production of Glued Laminated Timber
I Uzelac Glavinić, I Boko, J Lovrić Vranković, N Torić, M Abramović
Materials 16 (5), 2023
82023
Testing the acceptability of different creep strain calculation models in structural fire analysis
N Torić, RR Sun, IW Burgess
8th International Conference on Structures in Fire 14, 895-902, 2014
82014
Behaviour of Steel Grade S275JR Columns under the Influence of High-Temperature Creep
N Torić, I Boko, V Divić, IW Burgess
Metals 8 (11), 874, 2018
72018
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