APA

Dudli S., Enns-Bray W., Pauchard Y., Römmeler A., Fields A. J., Ferguson S. J. & Helgason B. (20190618). Larger vertebral endplate concavities cause higher failure load and work at failure under high-rate impact loading of rabbit spinal explants. : Journal of the mechanical behavior of biomedical materials.

Chicago

Dudli S, Enns-Bray W, Pauchard Y, Römmeler A, Fields A J, Ferguson S J and Helgason B. 20190618. Larger vertebral endplate concavities cause higher failure load and work at failure under high-rate impact loading of rabbit spinal explants. : Journal of the mechanical behavior of biomedical materials.

Harvard

Dudli S., Enns-Bray W., Pauchard Y., Römmeler A., Fields A. J., Ferguson S. J. and Helgason B. (20190618). Larger vertebral endplate concavities cause higher failure load and work at failure under high-rate impact loading of rabbit spinal explants. : Journal of the mechanical behavior of biomedical materials.

MLA

Dudli S, Enns-Bray W, Pauchard Y, Römmeler A, Fields A J, Ferguson S J and Helgason B. Larger vertebral endplate concavities cause higher failure load and work at failure under high-rate impact loading of rabbit spinal explants. : Journal of the mechanical behavior of biomedical materials. 20190618.