Tidsskriftspublikasjoner

• Zivkovic, Jelena; Øverli, Jan Arve. (2019) Failure of Lightweight Aggregate Concrete in Compression under Stress Gradients. Nordic Concrete Research. vol. 60 (1).
• Engen, Morten; Hendriks, Max; Kohler, Jochen; Øverli, Jan Arve; Åldstedt, Erik; Mørtsell, Ernst; Sæter, Øystein; Vigre, R. (2018) Predictive strength of ready-mixed concrete: Exemplified using data from the Norwegian market. Structural Concrete. vol. 19 (3).
• Engen, Morten; Hendriks, Max; Kohler, Jochen; Øverli, Jan Arve; Åldstedt, Erik. (2017) A quantification of the modelling uncertainty of non-linear finite element analyses of large concrete structures. Structural Safety. vol. 64.
• Engen, Morten; Hendriks, Max; Øverli, Jan Arve; Åldstedt, Erik. (2017) Non-linear finite element analyses applicable for the design of large reinforced concrete structures. European Journal of Environmental and Civil Engineering (EJECE).
• Zivkovic, Jelena; Øverli, Jan Arve. (2017) Behaviour and Capacity of Lightweight Aggregate Concrete Beams with and without Shear Reinforcement. Nordic Concrete Research. vol. 57 (2).
• Øverli, Jan Arve. (2017) Towards a better understanding of the ultimate behaviour of LWAC in compression and bending. Engineering structures. vol. 151.
• Nes, Linn Grepstad; Øverli, Jan Arve. (2016) Structural behaviour of layered beams with fibre-reinforced LWAC and normal density concrete. Materials and Structures. vol. 49 (1).
• Øverli, Jan Arve. (2016) A density-dependent failure criterion for concrete. Construction and Building Materials. vol. 124.
• Engen, Morten; Hendriks, Max; Øverli, Jan Arve; Åldstedt, Erik. (2015) Solution strategy for non-linear Finite Element Analyses of large reinforced concrete structures. Structural Concrete. vol. 16 (3).
• Jensen, Stine Maria F.; Øverli, Jan Arve. (2015) Steel Fibres as Reinforcement in Post-tensioned Flat Slabs. Civil engineering and architecture. vol. 3 (5).
• Øverli, Jan Arve. (2014) Experimental and numerical investigation of slabs on ground subjected to concentrated loads. Central European Journal of Engineering. vol. 4 (3).
• Øverli, Jan; Jensen, Tore Myrland. (2014) Increasing ductility in heavily reinforced LWAC structures. Engineering structures. vol. 62-63.
• Øverli, Jan Arve; Mayorca, Paola; Furnes, Alexander; Hauge, Ole Martin. (2011) Static and Fatigue Capacity of Partially Loaded Areas in Concrete Structures. Nordic Concrete Research. vol. 44 (2).
• Sæther, Irina Vasiljeva; Kanstad, Terje; Øverli, Jan Arve; Bergström, Markus. (2010) Phased time-dependent FE analysis of reinforced concrete beams. Magazine of Concrete Research. vol. 62 (8).
• Grepstad, Linn; Øverli, Jan Arve. (2008) Hybrid concrete structures : Experimental and numerical investigation of beams with lightweight concrete and fibre-reinforcement. Nordic Concrete Research. vol. 38 (2).

Bøker

• Øverli, Jan Arve; Zivkovic, Jelena. (2019) Proceedings from Nordic workshop: Structural lightweight aggregate concrete. 2019. ISBN 978-82-8208-066-8.

Del av bok/rapport

• Zivkovic, Jelena; Razavi, Seyed Mohammad Javad; Berto, Filippo; Øverli, Jan Arve. (2019) Effect of loading rate on the fracture energy of lightweight aggregate concrete subjected to three-point bending test. Proceedings from Nordic workshop: Structural lightweight aggregate concrete.
• Zivkovic, Jelena; Øverli, Jan Arve. (2019) Failure of lightweight aggregate concrete under compressive strain gradients. Proceedings from Nordic workshop: Structural lightweight aggregate concrete.
• Skare, Elisabeth Leite; Zivkovic, Jelena; Jacobsen, Stefan; Øverli, Jan Arve. (2018) PARTICLE-MATRIX PROPORTIONING OF HIGH STRENGTH LIGHTWEIGHT AGGREGATE CONCRETE. Proceedings of SynerCrete'18: Interdisciplinary Approaches for Cement-based Materials and Structural Concrete: Synergizing Expertise and Bridging Scales of Space and Time. Vol 1.
• Zivkovic, Jelena; Lukovic, M.; Øverli, Jan Arve; Hordijk, D. A.. (2018) Brittleness of High-Strength Lightweight Aggregate Concrete. SynerCrete'18: Interdisciplinary Approaches for Cement-based Materials and Structural Concrete: Synergizing Expertise and Bridging Scales of Space and Time. Vol. 1&2..