2017

• Furu, Trond; Søreide, Jostein; Myhr, Ole Runar; Østhus, Rune. (2017) A novel methodology for optimization of properties, costs and sustainability of aluminium extrusions. Materials Science Forum. volum 877.

2016

• Khadyko, Mikhail; Myhr, Ole Runar; Dumoulin, Stephane; Hopperstad, Odd Sture. (2016) A microstructure-based yield stress and work-hardening model for textured 6xxx aluminium alloys. Philosophical Magazine. volum 96 (11).

2015

• Hoang, Nguyen-Hieu; Hopperstad, Odd Sture; Myhr, Ole Runar; Marioara, Calin Daniel; Langseth, Magnus. (2015) An improved nano-scale material model applied in axial-crushing analyses of square hollow section aluminium profiles. Thin-walled structures. volum 92.
• Holmen, Jens Kristian; Børvik, Tore; Myhr, Ole Runar; Hopperstad, Odd Sture. (2015) Perforation of welded aluminum extrusions: Numerical prediction and experimental validation. The European Physical Journal Conferences. volum 94.
• Holmen, Jens Kristian; Børvik, Tore; Myhr, Ole Runar; Hopperstad, Odd Sture. (2015) Perforation of welded aluminum extrusions: Numerical prediction and experimental validation. 11th International Conference on the Mechanical and Physical Behaviour of Materials under Dynamic Loading.
• Myhr, Ole Runar; Grong, Øystein; Schafer, Carmen. (2015) An Extended Age Hardening Model for Al-Mg-Si Alloys Incorporating the Room Temperature Storage and Cold Deformation Process Stages. Metallurgical and Materials Transactions A. volum 46A.

2014

• Myhr, Ole Runar; Schafer, Carmen; Grong, Øystein; Engler, Olaf; Brinkman, Henk-Jan; Hirsch, Jurgen. (2014) Modelling the combined effect of room temperature storage and cold deformation on the age-hardening behaviour of Al-Mg-Si alloys-part 1. Materials Science Forum. volum 794-796.
• Myhr, Ole Runar; Østhus, Rune; Furu, Trond. (2014) A novel methodology for optimisation of product properties and production costs in fabrication of aluminium alloys. Materials Science Forum. volum 794-796.
• Schäfer, Carmen; Myhr, Ole Runar; Brinkman, Henk-Jan; Engler, Olaf; Hirsch, Jurgen. (2014) Modelling the combined effect of room temperature storage and cold deformation on the age-hardening behaviour of Al-Mg-Si alloys-part 2. Materials Science Forum. volum 794-796.

2013

• Johnsen, Joakim; Holmen, Jens Kristian; Myhr, Ole Runar; Hopperstad, Odd Sture; Børvik, Tore. (2013) A nano-scale material model applied in finite element analysis of aluminium plates under impact loading. Computational Materials Science. volum 79.

2012

• Westermann, Ida; Hopperstad, Odd Sture; Myhr, Ole Runar; Marthinsen, Knut; Holmedal, Bjørn. (2012) Modeling of Work-Hardening in an Age-hardenable AA7108 Aluminum Alloy. ICAA13: 13th International Conference on Aluminum Alloys.

2011

• Myhr, Ole Runar; Grong, Øystein. (2011) Factors Influencing Heat Flow in Fusion Welding. 2011. ISBN 978-1-61503-133-7.
• Myhr, Ole Runar; Grong, Øystein. (2011) Modeling of Metallurgical Microstructure Evolution in Fusion Welding. 2011. ISBN 978-1-61503-133-7.

2010

• Dørum, Cato; Lademo, Odd-Geir; Myhr, Ole Runar; Berstad, Torodd; Hopperstad, Odd Sture. (2010) Finite element analysis of plastic failure in heat-affected zone of welded aluminium connections. Computers & structures. volum 88 (9-10).
• Myhr, Ole Runar; Grong, Øystein; Pedersen, Ketill Olav. (2010) A Combined Precipitation, Yield Strength, and Work Hardening Model for Al-Mg-Si Alloys. Metallurgical and Materials Transactions A. volum 41 (9).

2009

• Myhr, Ole Runar; Grong, Øystein. (2009) Novel modelling approach to optimisation of welding conditions and heat treatment schedules for age hardening Al alloys. Science and technology of welding and joining. volum 14 (4).
• Myhr, Ole Runar; Grong, Øystein; Lademo, Odd-Geir; Tryland, Tore. (2009) Optimising crash resistance of welded aluminium structures. Welding Journal. volum 88 (2).

2008

• Myhr, Ole Runar; Grong, Øystein. (2008) Utilizing a predictive tool for designing welded aluminum components. Welding Journal. volum 87 (5).

2006

• Friis, Jesper; Holmedal, Bjørn; Ryen, Øyvind; Nes, Erik Aasmund; Myhr, Ole Runar; Grong, Øystein; Furu, Trond; Marthinsen, Knut. (2006) Work hardening behaviour of heat-treatable Al-Mg-Si-alloys. Materials Science Forum. volum 519-521.
• Tveiten, Bård Wathne; Fjeldstad, Arne; Härkegård, Gunnar; Myhr, Ole Runar; Bjørneklett, Børge. (2006) Fatigue life enhancement of aluminium joints through mechanical and thermal prestressing. International Journal of Fatigue. volum 28 (12).

2004

• Myhr, Ole Runar; Grong, Øystein. (2004) ALFLOW-NaMo project. 2004.
• Myhr, Ole Runar; Grong, Øystein; Fjær, Halvard G; Marioara, Calin D. (2004) Modelling of the microstructure and strength evolution in Al-Mg-Si alloys during multistage thermal processing. Acta Materialia. volum 52.

2002

• Myhr, Ole Runar; Grong, Øystein; Fjær, Halvard G; Klokkehaug, Siri; Marioara, Calin D. (2002) Precipitation reactions and strength evolution during industrial heat treatment of age hardening aluminium alloys-Part 4: Modification of numerical precipitation model. 2002.

2001

• Myhr, Ole Runar; Grong, Øystein; Andersen, Sigmund. (2001) Modelling of the age hardening behaviour of Al-Mg-Si alloys. Acta Materialia. volum 49.

2000

• Grong, Øystein; Myhr, Ole Runar. (2000) Additivity and isokinetic behaviour in relation to diffusion controlled growth. Acta Materialia. volum 48.
• Myhr, Ole Runar; Grong, Øystein. (2000) Modelling of non-isothermal transformations in alloys containing a particle distribution. Acta Materialia. volum 48.

1999

• Bjørneklett, Børge Iver; Grong, Øystein; Myhr, Ole Runar; Kluken, Arnt Ove. (1999) A process model for the heat-affected zone microstructure evolution in Al-Zn-Mg weldments. Metallurgical and Materials Transactions A. volum 30A.

1998

• Bjørneklett, Børge Iver; Grong, Øystein; Myhr, Ole Runar; Kluken, Arnt Ove. (1998) Additivity and isokinetic behaviour in relation to particle dissolution. Acta Materialia. volum 46 (17).

1997

• Myhr, Ole Runar; Grong, Øystein; Klokkehaug, S.; Fjær, H.G.; Kluken, Arnt Ove. (1997) Process model for welding of Al-Mg-Si extrusions. Pt. 1, Precipitate stability. Science and technology of welding and joining. volum 2 (6).