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10/23/2024: New paper in Journal of the Royal Society Interface by Dr. Bingyang Zhang and others. It explores how even thin skin layers can be very effective at reducing puncture damage.

08/14/2024: New paper in Science Advances by Dr. Bingyang Zhang and others. It explores whether curvature influence puncture performance in biological puncture tools.

06/25/2024: New paper in Integrative and Comparative Biology by Dr. Anderson. It reviews our current understanding of how elevated CO2 levels may influence the material properties of wood.

02/15/2024: New paper in the International Journal of Impact Engineering by post-doc Dr. Bingyang Zhang. It explores the relationship between soft material properties, puncture tool shape and kinematics.

Zhang, B., Baskota, B. and Anderson, P. S. L., 2024. Being thin-skinned can still reduce damage from dynamic puncture. J. R. Soc. Interface 21, 20240311. Link

Zhang, B., *Baskota, B., **Chabain, J. J. and Anderson, P. S. L., 2024. Curving expectations: the minimal impact of structural curvature in biological puncture mechanisms. Sci. Adv. 10, eadp8157. Link

Anderson, P. S. L., 2024. Quality vs. Quantity: The consequences of elevated CO₂ on wood biomaterial properties. Integr. Comp. Biol. icae081. Link

Zhang, B. and Anderson, P. S. L., 2024. How rate-based stretchability of soft solids controls fracture morphology in dynamic conical puncture. Int. J. Impact Eng. 187, 104911. Link