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About The Editor About The Editor Editorial Board Editorial Board Index All Volumes Vol. 4 2003   - Vol.4, No.1   - Vol.4, No.2   - Vol.4, Nos.3&4   - Vol.4, No.5   - Vol.4, No.6 About CMES What's New Aims & Scopes Disclaimer Subscriptions Offprints For Authors Manuscript Submission Author's Instruction Format & Style Illustrations Typesetting Proofreading

Tech Science www Computer Modeling in Engineering & Sciences     Vol.4, Nos.3&4, 2003 Biomechanics: A Current Perspective Angelo Carini; and Riccardo Pietrabissa Non-Rigid Modeling of Body Segments for Improved Skeletal Motion Estimation Eugene J. Alexander,; Christoph Bregler; and Thomas P. Andriacchi Numerical modeling of shape-memory alloys in orthodontics F. Auricchio; L. Petrini; R. Pietrabissa; and E. Sacco; Finite Element Analysis of the Jaw-Teeth/Dental Implant System: A Note About Geometrical and Material Modeling Leone Corradi; and Francesco Genna A Method for Estimating Relative Bone Loads from CT Data with Application to the Radius and the Ulna K.J. Fischer; J.A. Bastidas; H.J. Pfaeffle and J.D. Towers 3--D Numerical Analysis of the Stress State Caused by Short-Term Loading of a Fixed Dental Implant containing a ``PDL-Like'' Nonlinear Elastic Internal Layer Francesco Genna; Corrado Paganelli; Stefano Salgarello; Pierluigi Sapelli A Discrete Model for the High Frequency Elastic Wave Examination on Biological Tissue Jun Liu; and Mauro Ferrari Sensitivity of the skin tissue on the activity of external heat sources B. Mochnacki; and E. Majchrzak Biological Growth and Remodeling: A Uniaxial Example with Possible Application to Tendons and Ligaments I. J. Rao; J.D. Humphrey; K.R. Rajagopal The Identification of Elastic Moduli of a Stratified Layer Through Localized Surface Probes, with Biomedical Applications A.R.Skovoroda; R.V.Goldstein Entry Length and Wall Shear Stress in Uniformly Collapsed-Pipe Flow M. Thiriet; S. Naili; and C. Ribreau Bone and Joints Modelling with Individualized Geometric and Mechanical Properties Derived from Medical Images M.C. Ho Ba Tho An Anisotropic Damage Model for the Evaluation of Load Carrying Capacity of Composite Artificial Ligaments P. Vena; R. Contro

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