... 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 material properties vertebral fracture fast dynamic...

... ( 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 Injuries that penetrate...

... 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...

... 23 12 2010 23 12 2010 compressive strength diseases failure (mechanical) injuries prosthetics The knee is one of the most frequently injured joints in the body, often accounting for as many as 19–23% of all musculoskeletal injuries ( 1 ). These injuries are often associated...

... at the insertion of strut chordae, and having branched insertions distributed on a wider set of points on the leaflets may lead to lower values at these locations. 06 06 2008 31 07 2009 01 09 2009 24 11 2009 24 11 2009 biomechanics cardiovascular system compressive strength...

... J. Biomech. Eng., 129(2), pp. 240–249 ). 13 05 2008 09 01 2009 21 04 2009 biodiffusion biological tissues biomechanics compressive strength osmosis physiological models Poisson ratio porous materials proteins tensile strength viscoelasticity It is well...

... mechanics electrical behavior morphology scanning electron microscopy bioelectric phenomena biomechanics biomedical measurement bone compressive strength electrical conductivity neurophysiology scanning electron microscopy statistical analysis 22 08 2008 11 12 2008 13 04...

.... 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 collagen orientation SAXS measurements were...

... ( 9 ). intervertebral disk disk degeneration streaming potential fixed charge density fluid flow dynamic compression biochemistry bioelectric potentials biomechanics biomedical electrodes biomedical measurement bone compressive strength microelectrodes 05 10 2007...

... 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...

... the joint depending on whether the muscle functions as an agonist or antagonist. scapula deltoid supraspinatus rotator cuff muscle force muscle line-of-action biomechanics bone compressive strength mechanoception muscle optimisation physiological models stability 05 12...

... 10.1016/j.jbiomech.2005.05.002 , 39 ( 9 ), pp. 1595 – 1602 . 05 05 2006 19 06 2007 27 03 2008 biomechanics bone cellular biophysics compressive strength finite element analysis molecular biophysics molecular orientation orthopaedics proteins stress relaxation...

... 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...

... compressive strength computerised tomography convergence of numerical methods failure (mechanical) image segmentation medical image processing mesh generation orthopaedics physiological models vertebra finite element mesh resolution accuracy sensitivity It is estimated that 70...

... described in this paper by providing a well-defined loading axis. The alignment method can also be adapted for use with other apparatuses applying tibiofemoral compression. biomechanics biomedical equipment biomedical MRI compressive strength error analysis Monte Carlo methods orthopaedics...

... biological tissues biomechanics compressive strength diseases elastic moduli indentation muscle stress relaxation viscoelasticity wounds 07 09 2006 19 04 2007 2007 American Society of Mechanical Engineers ...

... , “ On the Indentation of a Highly Elastic Half-Space ,” Q. J. Mech. Appl. Math. 0033-5614 10.1093/qjmam/28.1.47 , 28 , pp. 47 – 62 . 10 07 2006 19 11 2006 biomechanics friction liver biological tissues elasticity compressive strength unconfined compression soft tissue liver...

... desorption biological tissues convection compressive strength tensile strength The details of the theoretical model and the finite element method used for solving the unconfined compression problem have been reported in our previous study ( 37 ). Briefly, because of geometrical symmetry, a mesh...

... of the nucleus pulposus in disc function, and provides new information toward the potential role of altered nucleus pulpous function in the degenerative cascade. surgery biomechanics bone stress relaxation compressive strength viscoelasticity intervertebral disc nucleus pulposus endplate stress...

... with the relative magnitude of the strength bounds. Thus, explicit disc modeling may not be necessary. Crawford , R. P. , Cann , C. E. , and Keaveny , T. M. , 2003 , “ Finite Element Models Predict in vitro Vertebral Body Compressive Strength Better Than Quantitative Computed Tomography...