![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/publication/324495626/figure/fig3/AS:963457750945864@1606717636702/Comparison-of-strain-gauge-measurements-and-FE-predictions-for-brittle-Araldite-2020_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![PDF) On the free vibration of sandwich panels with a transversely flexible and temperature dependent core material – Part II: Numerical study | Ole Thybo Thomsen - Academia.edu PDF) On the free vibration of sandwich panels with a transversely flexible and temperature dependent core material – Part II: Numerical study | Ole Thybo Thomsen - Academia.edu](https://0.academia-photos.com/attachment_thumbnails/50642621/mini_magick20190128-32731-w74eao.png?1548695818)
PDF) On the free vibration of sandwich panels with a transversely flexible and temperature dependent core material – Part II: Numerical study | Ole Thybo Thomsen - Academia.edu
![PDF) A Methodology for Obtaining Material Properties of Polymeric Foam at Elevated Temperatures | Ole Thybo Thomsen - Academia.edu PDF) A Methodology for Obtaining Material Properties of Polymeric Foam at Elevated Temperatures | Ole Thybo Thomsen - Academia.edu](https://0.academia-photos.com/attachment_thumbnails/50642530/mini_magick20190128-32729-g4ulbn.png?1548695880)
PDF) A Methodology for Obtaining Material Properties of Polymeric Foam at Elevated Temperatures | Ole Thybo Thomsen - Academia.edu
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Ioannis-Katsivalis/publication/343060660/figure/fig5/AS:1048695583821824@1627039919032/Observed-interface-failure-of-the-SLB-specimens-for-the-a-Araldite-2020-brittle-and-b_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/publication/340868519/figure/fig5/AS:1152379030384670@1651759979997/Arrangement-of-the-blade-conductors-not-to-scale_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Tobias-Laux/publication/349711448/figure/tbl3/AS:996860990853122@1614681589782/Fibre-kinking-as-the-critical-failure-mechanisms-in-Laminate-1-left-and-Laminate-2_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Tobias-Laux/publication/349711448/figure/fig3/AS:996855521497089@1614680285141/Predicted-failure-mechanisms-of-the-0-ply-in-Laminate-1-under-tension-a-0-just_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Mithila-Achintha/publication/336563456/figure/fig2/AS:814265376182283@1571147402599/Design-details-of-the-a-uniaxial-tension-b-uniaxial-compression-c-out-of-plane_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![PDF) Development of Cohesive Zone Models for the Prediction of Damage and Failure of Glass/Steel Adhesive Joints PDF) Development of Cohesive Zone Models for the Prediction of Damage and Failure of Glass/Steel Adhesive Joints](https://i1.rgstatic.net/publication/337025679_Development_of_Cohesive_Zone_Models_for_the_Prediction_of_Damage_and_Failure_of_GlassSteel_Adhesive_Joints/links/5f8d82a5a6fdccfd7b6c17ec/largepreview.png)
PDF) Development of Cohesive Zone Models for the Prediction of Damage and Failure of Glass/Steel Adhesive Joints
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Mithila-Achintha/publication/336563456/figure/fig5/AS:814265380397057@1571147403176/Comparison-of-load-vs-strain-gauge-measurements-and-corresponding-FE-predictions-for-the_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Ioannis-Katsivalis/publication/343060660/figure/fig4/AS:1048695579627525@1627039918999/Observed-interface-failure-of-the-DCB-specimens-for-the-Araldite-2047-1-ductile_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Timothy-Harrell/publication/334250568/figure/tbl1/AS:777230175182848@1562317522200/46_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Irene-Jimenez-Fortunato/publication/352241221/figure/fig1/AS:1035682571116545@1623937375468/Figures_Q320.jpg)
Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile
EXPERIMENTAL AND COMPUTATIONAL STUDY OF MULTIDIRECTIONAL GLASS/EPOXY LAMINATES SUBJECTED TO MULTIAXIAL LOADING
![Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile Ole THOMSEN | Co-director Bristol Composites Institute & NCC Chair in Composites Design and Manufacture | Doctor of Philosophy | University of Bristol, Bristol | UB | Department of Aerospace Engineering | Research profile](https://www.researchgate.net/profile/Irene-Jimenez-Fortunato/publication/352241221/figure/fig2/AS:1035682571096076@1623937375510/GFRP-strain-comparison-LSDIC-strain-gauge-and-CLT-being-a-and-b-the-Di-i14-i-i_Q320.jpg)