References

• 2017Introducing 3D Printed Models as Demonstrative Evidence at Criminal Trials97 cited
• 2016Micro-photogrammetric and morphometric differentiation of cut marks on bones using metal knives, quartzite, and flint flakes75 cited
• 2016Novel application of three-dimensional technologies in a case of dismemberment67 cited
• 20173D analysis of cut marks using a new geometric morphometric methodological approach62 cited
• 2010A Statistical Validation of the Individuality and Repeatability of Striated Tool Marks: Screwdrivers and Tongue and Groove Pliers*46 cited
• 2015Comparative cortical bone thickness between the long bones of humans and five common non-human mammal taxa41 cited
• 2018Micro-CT for saw mark analysis on human bone40 cited
• 2018Experimental sharp force injuries to ribs: Multimodal morphological and geometric morphometric analyses using micro-CT, macro photography and SEM35 cited
• 2016Saw marks in bones: A study of 170 experimental false start lesions34 cited
• 2017Micro-computed tomography of false starts produced on bone by different hand-saws33 cited
• 2017Flint and Quartzite: Distinguishing Raw Material Through Bone Cut Marks33 cited
• 2016Effects of heat on cut mark characteristics29 cited
• 2017Sharp and blunt force trauma concealment by thermal alteration in homicides: An in-vitro experiment for methodology and protocol development in forensic anthropological analysis of burnt bones