ArtiSynth is a 3D biomechanical simulation platform, developed at UBC, directed toward modeling orofacial (OPAL) anatomy.
ArtiSynth has been used to develop a variety of biomechanical models, including upper airway and oral structures such as the jaw, hyoid, tongue, soft palate and pharyngeal wall; a muscle activated FEM model of the face; a combined multibody/FEM model of the foot; point-to-point muscle models of the arm and torso; and detailed FEM models of individual models including fiber fields and tendon sheets. It is the simulation platform for the OPAL and Parametric Human projects, and has also been used to create airway models for use in articulatory speech synthesis.
- Ian Stavness, JE Lloyd, and SS Fels. Automatic Prediction of Tongue Muscle Activations Using a Finite Element Model. Journal of Biomechanics, 45(16):2841-2848, 2012. [ PDF ]
- JE Lloyd, Ian Stavness, and SS Fels. ArtiSynth: A Fast Interactive Biomechanical Modeling Toolkit Combining Multibody and Finite Element Simulation. In Soft Tissue Biomechanical Modeling for Computer Assisted Surgery. Springer-Verlag, 11:355-394, 2012. [ PDF ]
- Ian Stavness, JE Lloyd, Y Payan, and SS Fels. Dynamic Hard-Soft Tissue Models for Orofacial Biomechanics.ACM SIGGRAPH Talks, July 2010.
- Ian Stavness, JE Lloyd, Y Payan, and SS Fels. Coupled Hard-Soft Tissue Simulation with Contact and Constraints Applied to Jaw-Tongue-Hyoid Dynamics. International Journal for Numerical Methods in Biomedical Engineering, 27:367-390, 2011. [ PDF ]
- Ian Stavness, AG Hannam, JE Lloyd, and SS Fels. Predicting muscle patterns for hemimandibulectomy models. Computer Methods in Biomechanics and Biomedical Engineering, 13(4):483-491, 2010.
- AG Hannam, Ian Stavness, JE Lloyd, SS Fels, A Miller, and D Curtis. A comparison of simulated jaw dynamics in models of segmental mandibular resection versus resection with alloplastic reconstruction.Journal of Prosthetic Dentistry, 104(3):191-198, 2010.
- AG Hannam, Ian Stavness, JE Lloyd, and SS Fels. A Dynamic Model of Jaw and Hyoid Biomechanics during Chewing. Journal of Biomechanics, 41(5):1069-1076, 2008.