Mechanical actions and pressure in functioning of the human temporomandibular joint

Nyashin, Y.I.; Mesnard, M.; Lokhov, V.M.; Morlier, Julien; Nyashin, M. Y.; Ballu, Alex; Cid, Manuel Sánchez

doi:10.1080/10255840701480006

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2016

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“…Another replica mandible model is offered by Sawbone (Sawbone Inc., Malmø, Sweden). Similarly, this model is widely used in experimental research, such as validation of biomechanical measurements (Karoglan et al 2006;Steiner et al 2012) or as basic geometry for finite element studies (Nyashin et al 2007;Ramos et al 2009Ramos et al , 2011Mesnard et al 2011;Relvas et al 2011).…”

Section: Adjustment Of Spatial Orientationmentioning

confidence: 98%

Computational geometry assessment for morphometric analysis of the mandible

Raith

Varga

Steiner

et al. 2016

Computer Methods in Biomechanics and Biomedical Engineering

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This paper presents a fully automated algorithm for geometry assessment of the mandible. Anatomical landmarks could be reliably detected and distances were statistically evaluated with principal component analysis. The method allows for the first time to generate a mean mandible shape with statistically valid geometrical variations based on a large set of 497 CT-scans of human mandibles. The data may be used in bioengineering for designing novel oral implants, for planning of computer-guided surgery, and for the improvement of biomechanical models, as it is shown that commercially available mandible replicas differ significantly from the mean of the investigated population.

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