... fluid dynamics (CFD)), or both through fluid-solid interaction (FSI). abdominal aortic aneurysm stereo correlation compliant models experimental deformations bifurcation biological organs biomechanics biomedical measurement biomedical optical imaging blood vessels deformation...

... the past years, the survival rate has increased significantly thanks also to the improvement of screening tools for early cancer detection. breast cancer elastosonography strain assessment probabilistic FE analyses FEM biodiffusion biological organs biological tissues biomechanics...

.... 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 medical computing physiological models Proximal femur Finite element analysis p-FEM...

... biological effects of laser radiation biological organs cancer cellular effects of radiation drops laser applications in medicine quartz Cell seeding and impregnation is an indispensable technology for various applications including tissue engineering, regenerative medicine, and biosensor...

.... 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 tissue engineering scaffolds porosity gradient interconnected porous architecture optimum deposition...

... the penis was modeled as an isotropic shaft pinned at one end ( 4 ). However, as a biological organ that can change volume up to 300% during tumescence, it is more appropriate to model the penis as a pressurized vessel as opposed to a shaft ( 6 ). Furthermore, the penis is better modeled as two corporal...

.... The experimental results reveal several interesting phenomena exhibited by the MCF7 and MCF10A cells. 16 01 2010 28 05 2010 15 07 2010 10 09 2010 10 09 2010 biological organs bioMEMS cancer cantilevers cellular biophysics deformation frequency response gynaecology...

... 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 2010 American Society...

... atherosclerosis computational fluid dynamics shear stress biological organs blood vessels cardiology computational fluid dynamics diseases haemodynamics internal stresses numerical analysis physiological models 02 11 2009 08 01 2010 18 01 2010 21 04 2010 21 04 2010...

... is necessary to avoid confounding effects arising from the hydration of the specimen following excision. Refer to ( 9 ) for an extensive discussion. The tolerance of the load cell is 0.001 N. 28 11 2007 29 05 2009 05 01 2010 05 01 2010 biological organs biological tissues...

... 2009 09 09 2009 14 10 2009 biological organs biomechanics cellular biophysics diseases muscle proteins stress analysis remodeling elastin constitutive model urinary bladder spinal cord injury Virtually all tissues continuously grow, remodel, and adapt to changes...

... carotid artery, while keeping the mean circumferential stress and flow-induced shear stress at baseline values. Previously unknown aspects of remodeling that might be revealed by the novel approach are discussed. 13 11 2008 30 06 2009 10 09 2009 biological fluid dynamics biological...

... 2009 04 08 2009 biological organs biomedical MRI computational fluid dynamics image reconstruction image resolution medical image processing numerical analysis pneumodynamics nasal airflow canine olfaction 3D reconstruction CFD verification Due to the geometric...

...) 2.00 2.42 1.65 Distance between eyelets (mm) 11 8.80 8.80 Angle of rotation π π π Mass flow rate (kg/s) 0.0097 0.01180 0.01078 25 11 2008 11 03 2009 19 06 2009 biological fluid dynamics biological organs catheters computational...

... biological organs biomechanics bone elastic constants failure (mechanical) tensile neck injury cervical spine injury biomechanics pilot ejections dynamic failure load Injury research is critical for those exposed to extremely high-force dynamic environments, such as a pilot during jet...

... mechanism. The analysis also suggests that a true stress-free configuration can be obtained only if all RS producing mechanisms are relieved, and outlines a manner by which this may be achieved. 07 10 2008 19 10 2008 12 02 2009 biodiffusion biological organs biological tissues...

... designed to accomplish acceptable handling characteristics, as determined by subjective criteria. soft tissue biomechanics internal organs surgical robotics surgical simulation haptics surgical tools biological organs biological tissues biomechanics compressive testing endoscopes...

... 11 06 2007 05 02 2008 bending biological organs biomechanics elastic moduli muscle proteins stress-strain relations guinea pig esophagus layer elastic modulus bending experiment Bernoulli–Kirchhoff hypothesis. A 300 year old simplifying hypothesis, which...

... be observed. Furthermore, the damaged region extends through the bladder neck and beyond the horizontal confines of the prostate. The 4800 s marker corresponds to another local maximum of the heating power. 14 01 2006 06 12 2006 radiation therapy biological organs hyperthermia...

... – 61 . 01 02 2005 07 10 2006 biorheology biomechanics biochemistry viscosity Young's modulus physiological models biological organs bile flow cystic duct gallstone pressure drop The complicated geometry of the biliary tree makes it difficult to estimate...