Computational Biomechanics for Medicine

Automatic quantification of congruity from knee MRI.- Computational fluid dynamics framework for large-scale simulation in pediatric cardiology.- Effects of levator ani muscle morphology on the mechanics of vaginal childbirth.- Human body joints tracking for clinical jumping analysis.- Human supervisory control framework for interactive medical image segmentation.- Modeling heterogeneous tumor growth using hybrid cellular automata.- Modelling prone to supine breast deformation under gravity loading using heterogeneous finite element models.- Neuroimage as a biomechanical model.- Towards new computational biomechanics of the brain.- Performing brain image warping using the deformation field predicted by a biomechanical model.- Quadratic corotated finite elements for real- time soft tissue registration.- The dependence of clinical metrics of cardiac function on lead position in cardiac resynchronization therapy- a biophysical modeling study.- Toward computer modelling of blood flow in an anatomically accurate arterial tree in endovascular interventions.- Multi-scale modeling and imaging of the failing heart: from mouse to human.- Image-based CFD modeling of cerebral aneurysms.

Poul M.F. Nielsen, Assoc Professor, U of Auckland, http://www.abi.auckland.ac.nz/uoa/poul-nielsen

Karol Miller has contributed to three books for Springer.