Dr.-Ing Anton Köllner
© A. Köllner
Curriculum Vitae
Anton Köllner is a postdoctoral researcher and lecturer in the SVFS group at the Institute of Mechanics. In his research, Anton Köllner investigates structural stability phenomena, the interaction of structural instability and material damage as well as novel material concepts. He is the course leader of the module Mechanics of Fibre Composite Materials and lecturer in the modules Slender and Flexible Structures Lab and 3D printing in Mechanics.
From 09/2019 to 08/2021, Anton Köllner was as a Marie Skłodowska-Curie Individual Fellow at Imperial College London at the Department of Civil and Environmental Engineering working on the EU H2020 project “DamBuckler”. In the project, he developed a theoretical formalism for exploring the interaction of structural instability and material damage resulting in efficient modelling approaches of deformation processes of damaged lightweight construction.
Anton Köllner received his doctoral degree (Dr.-Ing./PhD, grade: summa cum laude/with distinction) in 2017. His doctoral work was awarded with the Dr.-Klaus-Körper Prize of GAMM (International Association of Applied Mathematics and Mechanics) in 2018. He holds a Master degree in Mechanical Engineering (MEng(Hons), First Class Honours) from The University of Auckland (2012) and a Bachelor degree from Chemnitz University of Technology (2010).
| Einrichtung | SVFS |
|---|---|
| Sekretariat | MS2 |
| Gebäude | MS |
Lehre / Teaching (Dozent / Lecturer)
| Slender and Flexible Structures Lab | (since summer term 2022) |
| Mechanics of Fibre Composite Materials | (since winter term 2021/22) |
| 3D Druck in der Mechanik | (since winter term 2021/22) |
| Mechanik der Faserverbundwerkstoffe | (summer term 2018 -- summer term 2019) |
Publikationen (peer-reviewed)
2021
Buckle-driven delamination models for laminate strength prediction and damage tolerant design
Thin-Walled Struct, 161 :107468
2021
Predicting buckling-driven delamination propagation in composite laminates: an analytical modelling approach
Compos Struct, 266 :113776
2021
Variational modelling of local–global mode interaction in long rectangular hollow section struts with Ramberg–Osgood type material nonlinearity
Int J Mech Sci, 209 :106691
2021
2020
On the interaction of delamination buckling and damage growth in cross-ply laminates
Int J Solids Struct, 120-121 :912-928
2020
2019
Delamination buckling in composite plates: an analytical approach to predict delamination growth
In Abali, B. E. and Altenbach, H. and dell'Isola, F. and Eremeyev, V. and Öchsner, A., Editor, New Achievements in Continuum Mechanics and Thermodynamics Band 108 aus Advanced Structured Materials
Herausgeber: Springer
2019
2018
Modelling cracked cross-ply laminates with delamination buckling
Key Eng Mater, 774 :60-65
2018
Post-buckling behaviour and delamination growth characteristics of delaminated composite plates
Compos Struct, 203 :777-788
2018
2017
An analytical framework to extend the general structural stability analysis by considering certain inelastic effects—theory and application to delaminated composites
Compos Struct, 170 :261-270
2017
Buckling and postbuckling behaviour of delaminated composite struts
Int J Comput Meth Eng Sci Mech, 18 (1) :25-33
2017
2016
Delamination growth in buckled composite struts
Int J Fract, 202 (2) :261-269
2016
Post-critical behaviour of delaminated composite struts
Proc Appl Math Mech, 16 :213-214
2016
2014
Analytical modelling of the in-plane compressive behaviour of pile fibres in Spacer Fabric Composites
Proc Appl Math Mech, 14 :197-198
2014
Measurement and analysis system for bicycle field test studies
Procedia Eng, 72 :350-355
2014
Structural responses on a BMX racing bicycle
Procedia Eng, 72 :618-623
2014