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... the influence of anisotropic in FE models yield significantly lower values in Young’s modulus. The variability in the material values was expected, as already noticed for isotropic elasticity-density relationships. biological organs biomechanics bone computerised tomography finite element analysis...

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... Matrices ,” Biomaterials 0142-9612 , 25 ( 18 ), pp. 4363 – 4373 . 10.1016/j.biomaterials.2003.11.028 14 01 2010 19 10 2010 02 11 2010 22 12 2010 22 12 2010 biological organs biological tissues medical computing porosity porous materials tissue engineering...

... 06 2009 11 10 2010 15 10 2010 08 11 2010 08 11 2010 biological organs biomechanics buckling finite element analysis physiological models Penile erection usually follows sexual stimulation of the visual, auditory, and/or tactile senses. Therefore, normal...

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... geometry patellofemoral joint fluoroscopy biological organs biomechanics biomedical MRI biomedical optical imaging bone diagnostic radiography fluorescence regression analysis 21 07 2009 01 03 2010 01 03 2010 22 04 2010 22 04 2010 Correlation between...

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.... Cardiol. 0300-8428 , 91 , pp. 111 – 122 . 10.1007/BF00799683 19 12 2008 04 09 2009 09 09 2009 14 10 2009 biological organs biomechanics cellular biophysics diseases muscle proteins stress analysis remodeling elastin constitutive model urinary bladder...

... of Circumferential and Shear Stress in Organ Culture ,” Ann. Biomed. Eng. 0090-6964 , 36 ( 5 ), pp. 673 – 684 . 10.1007/s10439-008-9435-x 13 11 2008 30 06 2009 10 09 2009 biological fluid dynamics biological organs biological tissues internal stresses shear flow organ...

... ( ∼ 1   mm ) and its liquid composition, airway secretions have a negligible influence on the internal aerodynamics. 25 07 2008 24 03 2009 04 08 2009 biological organs biomedical MRI computational fluid dynamics image reconstruction image resolution medical...

...) and design of experiments (DOE) has been used to evaluate the “optimal configuration.” The use of CFD couple with DOE is a novel concept, which harnesses the computational power of CFD in the most efficient manner for prediction of the mass flow rate in the catheter. biological fluid dynamics biological...

... and will aid in developing improved neck injury prevention strategies. 28 09 2007 31 12 2008 20 03 2009 biological organs biomechanics bone elastic constants failure (mechanical) tensile neck injury cervical spine injury biomechanics pilot ejections dynamic failure load...

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... 2008 biological organs biological tissues biomechanics compressive testing endoscopes medical robotics soft tissue biomechanics internal organs surgical robotics surgical simulation haptics surgical tools New technologies such as surgical robotics ( 1 ) and surgical...

.... With this additional information, we can then look forward to a vision of truly understanding the mechanical events of the esophagus. 15 08 2006 11 06 2007 05 02 2008 bending biological organs biomechanics elastic moduli muscle proteins stress-strain relations guinea pig esophagus...

... radiation therapy biological organs hyperthermia cancer tumours numerical analysis 14 01 2006 06 12 2006 Heat transfer which occurs in living tissue differs markedly from heat transfer in nonliving tissue or material. When living tissue is heated, blood flowing through the tissue...

... modulus physiological models biological organs bile flow cystic duct gallstone pressure drop Biliary diseases such as cholelithiasis and cholecystitis necessitate surgical removal of the gallbladder (GB), which is the most commonly performed abdominal operation in the West. Some 60,000...