...Robert L. Mauck,; Clark T. Hung, and; Gerard A. Ateshian 27 09 2004 bone tissue engineering biotransport modelling biomechanics biorheology porous materials gels permeability biodiffusion biological tissues convection biomedical materials Typesetting corrections...

...T. T. Nguyen and; Y. Biadillah; R. Mongrain; J. Brunette, and; J.-C. Tardif; O. F. Bertrand In this work, we propose a simple method to simultaneously match the refractive index and kinematic viscosity of a circulating blood analog in hydraulic models for optical flow measurement techniques (PIV...

... using AFM, were used as representative μ d for crystalline, amorphous, and crosslinked nanoregions, respectively, in a numerical Hertzian model. An increase in μ (0.2±0.02, 0.35±0.01 and 0.6±0.04) was observed with a decrease in crystallinity and storage modulus at 22°C. Using the Hertzian contact model...

...S. K. Boyd,; J. L. Ronsky,; D. D. Lichti,; D. Sˇalkauskas, and; M. A. Chapman [S0148-0731(00)01501-1] bone modelling biomechanics In this paper, the name of the fourth author was listed incorrectly. The correct name is K. Sˇalkauskas. 2000 ASME ...

...G. Subbarayan, Associate Professor,; D. L. Bartel, Professor, Remodeling rules with either a global or a local mathematical form have been proposed for load-bearing bones in the literature. In the local models, the bone architecture (shape, density) is related to the strains/energies sensed at any...