...-static experiments [( 31 )]. 07 04 2011 24 09 2011 31 10 2011 31 10 2011 biomechanics biomedical materials bone calibration compressive strength elastoplasticity finite element analysis fracture injuries viscoelasticity lumbar intervertebral disc...

... Cohort Study ,” Spine , 34 ( 21 ), pp. 2338 – 2345 . 10.1097/BRS.0b013e3181ab5432 24 01 2011 16 08 2011 21 09 2011 21 09 2011 biological fluid dynamics compressive strength elastic deformation injuries intervertebral puncture analytical model injury...

... 05 2011 16 05 2011 21 06 2011 21 06 2011 biological tissues biomechanics biomedical measurement compressive strength impact (mechanical) injuries permeability streaming potentials cartilage biomechanics impact injury post-traumatic osteoarthritis animal model...

.... Knowledge of forces and constraints that occur clinically could then help diagnose primary and secondary joint injuries following hyperextension of the human knee. 28 10 2010 18 11 2010 29 11 2010 23 12 2010 23 12 2010 compressive strength diseases failure (mechanical...

... as an indication for annular prostheses design. biomechanics cardiovascular system compressive strength finite element analysis muscle prosthetics tensile strength mitral valve finite element modeling The mitral apparatus is composed of four principal substructures: mitral annulus, leaflets...

... by orthogonal fiber bundles when loaded along their principal axes; consequently, these discrete bundle models are unable to predict a large Poisson’s ratio in tension (Fig. 2b ). 13 05 2008 09 01 2009 21 04 2009 biodiffusion biological tissues biomechanics compressive strength...

... and electrical behavior in IVD tissues. 22 08 2008 11 12 2008 13 04 2009 bioelectric phenomena biomechanics biomedical measurement bone compressive strength electrical conductivity neurophysiology scanning electron microscopy statistical analysis annulus fibrosus nucleus...

... 2007 01 06 2008 07 01 2009 biological tissues biomechanics biomedical measurement bone compressive strength displacement measurement mechanical testing molecular biophysics optical microscopy proteins X-ray scattering SAXS polarized light articular cartilage load...

... 2008 06 01 2009 biochemistry bioelectric potentials biomechanics biomedical electrodes biomedical measurement bone compressive strength microelectrodes intervertebral disk disk degeneration streaming potential fixed charge density fluid flow dynamic compression...

... compression and shear, and determined correlations between viscoelasticity and biochemical composition. 21 02 2007 14 09 2007 15 09 2008 biochemistry biomechanics bone cellular biophysics compressive strength gels shear modulus tissue engineering viscoelasticity tissue...

... 04 2008 biomechanics bone compressive strength mechanoception muscle optimisation physiological models stability scapula deltoid supraspinatus rotator cuff muscle force muscle line-of-action Shoulder muscle activity stabilizes the glenohumeral joint by pressing...

... network modulus (Fig. 1 ), maximum fluid pressure and fluid velocity increased and von Mises stresses of the cells decreased in a depth-dependent manner (Table 2 ). 05 05 2006 19 06 2007 27 03 2008 biomechanics bone cellular biophysics compressive strength finite element...

... cortical bone was tested longitudinally at strain rates ranging between 0.14 – 29.1 s − 1 in compression and 0.08–17 s − 1 in tension. Young’s modulus generally increased, across this strain rate range, for both tension and compression. Strength and strain (at maximum load) increased slightly...

... progressed to a stage where subject-specific models can be constructed to a high level of detail and material properties assigned on an element-by-element basis. vertebra finite element mesh resolution accuracy sensitivity biomechanics compressive strength computerised tomography...

... 01 06 2006 30 04 2007 biomechanics biomedical equipment biomedical MRI compressive strength error analysis Monte Carlo methods orthopaedics knee compression MRI alignment apparatus rotation translation Experimental studies of the tibiofemoral joint subjected...

... by preconditioning. The mechanical characteristics of white adipose tissue provided herein are useful for analytical as well as numerical models of DTI, which are essential for understanding this serious malady. biological tissues biomechanics compressive strength diseases elastic moduli indentation muscle...

... compression experiments on bovine liver tissue. 10 07 2006 19 11 2006 biomechanics friction liver biological tissues elasticity compressive strength unconfined compression soft tissue liver mechanical properties friction Of course, the issue of friction...

..., fibrous soft tissues. 22 03 2006 06 11 2006 biomechanics cellular transport biorheology biodiffusion biochemistry elasticity desorption biological tissues convection compressive strength tensile strength biomechanics cartilage porous media transport The main...

..., which has not been altered by the partial trans-endplate nucleotomy ( 23 ), but which has lost a significant amount of fluid secondary to the cyclic loading ( 33 ). 03 01 2006 14 06 2006 surgery biomechanics bone stress relaxation compressive strength viscoelasticity...

... compressive loading of the vertebra, (2) compare these bounds on compressive strength to the strength calculated using generic boundary conditions, and (3) determine if the bounds on vertebral strength are related to average bone mineral, regional bone mineral density, or other parameters such as age and sex...