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Mario Jeleč
Mario Jeleč
Department for Materials and Structures, Faculty of Civil Engineering and Architecture Osijek
Verified email at gfos.hr - Homepage
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Cited by
Cited by
Year
Cross-laminated timber (CLT)–a state of the art report
M Jeleč, V Rajčić
Građevinar 70 (02.), 75-95, 2018
872018
Experimental investigation on blast load resistance of reinforced concrete slabs retrofitted with epoxy resin impregnated glass fiber textiles
H Draganić, G Gazić, S Lukić, M Jeleč
Composite structures 274, 114349, 2021
182021
In‐plane loaded CLT beams–Tests and analysis of element lay‐up
H Danielsson, E Serrano, M Jeleč, V Rajčić
International Network on Timber Engineering Research-Meeting 50, INTER/50-12-2, 2017
152017
Strength and stiffness of cross laminated timber at in-plane beam loading
H Danielsson, M Jeleč, E Serrano
Structural Mechanics, Lund University, 2017
142017
Structural analysis of in-plane loaded CLT beam with holes: FE-analyses and parameter studies
M Jelec, V Rajcic, H Danielsson, E Serrano
International Network on Timber Engineering Research-Meeting 49, INTER/49-12-2, 2016
132016
Cross laminated timber at in-plane beam loading–Comparison of model predictions and FE-analyses
H Danielsson, M Jeleč, E Serrano, V Rajčić
Engineering structures 179, 246-254, 2019
122019
Experimental and numerical investigations of cross-laminated timber elements at in-plane beam loading conditions
M Jeleč, H Danielsson, V Rajčić, E Serrano
Construction and building materials 206, 329-346, 2019
112019
Advancement in prediction of shear strength and stiffness of cross laminated timber beams
M Jeleč, T Dokšanović, H Draganić, V Rajčić
Engineering Structures 238, 112247, 2021
92021
Structural analysis of in-plane loaded CLT beams
M Jeleč, K Strukar, V Rajčić
Advances in Civil and Architectural Engineering 8 (14), 20-30, 2017
72017
Glulam beams with holes
M Jeleč, D Varevac, J Zovkić
Advances in Civil and Architectural Engineering 5 (9), 22-33, 2014
72014
A unified design proposal for shear stress prediction in crossing areas for cross laminated timber at in-plane shear and beam loading conditions
H Danielsson, M Jeleč
Construction and building materials 355, 129167, 2022
62022
Cross laminated timber at in-plane beam loading–New analytical model predictions and relation to EC5
M Jeleč, H Danielsson, E Serrano, V Rajčić
International Network on Timber Engineering Research-Meeting 51, INTER/51-12-5, 2018
62018
Križno lamelirano drvo (CLT)-pregled stanja područja
M Jeleč, D Varevac, V Rajčić
Građevinar 70 (2), 75-95, 2018
62018
Seismic Vulnerability of a Historical Building in Tvrdja using Damage Ratio Coefficient
M Hadzima-Nyarko, V Mišetić, S Lončar-Vicković, M Jeleč, D Morić
2nd International Conference on Multi-scale Computational Methods for Solids …, 2015
42015
Prediction of torsional stress at in-plane shear loading of cross laminated timber
H Danielsson, M Jeleč, E Serrano
International Network on Timber Engineering Research Meeting (INTER 2020), 2020
32020
Post-blast residual static capacity of retrofitted reinforced concrete slabs
M Jeleč, H Draganić, G Gazić, S Lukić
Engineering structures 286, 116161, 2023
12023
Experimental Investigation of Cross Laminated Timber Elements with Holes or Notches at In-Plane Beam Loading Conditions
M Jeleč, D Damjanović, D Varevac, V Rajčić
Buildings 12 (7), 967, 2022
12022
Experimental investigation on bond-slip behavior of selfconsolidating rubberized concrete
K Strukar, M Jeleč, TK Šipoš, M Grubišić, S Lukić
IOP Conference Series: Materials Science and Engineering 867 (1), 012038, 2020
12020
Reliability of glulam beams subjected to bending
M Jeleč, D Varevac
Advances in Civil and Architectural Engineering 7 (12), 10-18, 2016
12016
Eksperimentalno ispitivanje stupova nadvožnjaka na djelovanje eksplozije
H Draganić, S Lukić, M Jeleč, G Gazić, I Radić
12. susret Hrvatskog društva za mehaniku, 31-34, 2023
2023
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