... but not cyclic strain differences within the aneurysm sac. 04 03 2011 25 10 2011 01 11 2011 28 11 2011 28 11 2011 bifurcation biological organs biomechanics biomedical measurement biomedical optical imaging blood vessels deformation diseases finite element analysis...

... play a significant role in the strain assessment. 29 07 2010 10 06 2011 30 06 2011 06 09 2011 06 09 2011 biodiffusion biological organs biological tissues biomechanics biomedical ultrasonics cancer cellular biophysics deformation elastic moduli finite element...

.... 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...

... 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-path...

.... 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 erections depend on an intact central nervous system and on the intactness of various autonomic...

... the differences in cell deformability between the MCF7 cells and MCF10A cells, which can be used as a physical marker for differentiating between MCF10A cells and MCF7 cells, even for high-speed screening devices. 16 01 2010 28 05 2010 15 07 2010 10 09 2010 10 09 2010 biological...

... , A. , and Crowninshield , R. , 2007 , “ The Female Knee: Anatomic Variations ,” J. Am. Acad. Orthop. Surg. 1067-151X , 15 , pp. S31 – S36 . 21 07 2009 01 03 2010 01 03 2010 22 04 2010 22 04 2010 biological organs biomechanics biomedical MRI biomedical optical imaging...

... flow under normal conditions, but under disease conditions (especially 80% stenosis) the 3D model was more suitable. 02 11 2009 08 01 2010 18 01 2010 21 04 2010 21 04 2010 biological organs blood vessels cardiology computational fluid dynamics diseases...

... layers contain collagen fibers preferentially aligned in the longitudinal direction ( 5 6 ). (Adapted from Ref. 5 .) 28 11 2007 29 05 2009 05 01 2010 05 01 2010 biological organs biological tissues biomechanics biomedical MRI biorheology diagnostic radiography...

... 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...

.... 13 11 2008 30 06 2009 10 09 2009 biological fluid dynamics biological organs biological tissues internal stresses shear flow organ culture remodeling carotid artery Remodeling plays an important role in the normal arterial physiology and in the genesis...

... 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...

..., less demands on acute and primary care resources and achievement/regaining of continence ( 1 ). biological fluid dynamics biological organs catheters computational fluid dynamics data analysis design of experiments 25 11 2008 11 03 2009 19 06 2009 2009 American...

... with respect to spinal level. The majority (8) of injuries occurred in the upper cervical spine (occiput-C3). There were no failures from C3 to C5. biological organs biomechanics bone elastic constants failure (mechanical) tensile neck injury cervical spine injury biomechanics pilot...

.... soft tissues residual stress physical mechanisms osmotic swelling biodiffusion biological organs biological tissues biomechanics biorheology internal stresses osmosis stress analysis swelling 2009 American Society of Mechanical Engineers ...

... 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...

... esophagus layer elastic modulus bending experiment bending biological organs biomechanics elastic moduli muscle proteins stress-strain relations 15 08 2006 11 06 2007 05 02 2008 2008 American Society of Mechanical Engineers ...

... 2006 radiation therapy biological organs hyperthermia cancer tumours numerical analysis bioheat transfer phase change benign prostate hyperplasia (BPH) transurethral microwave thermotherapy (TUMT) multi-organ simulation prostate This paper sets forth a novel use...

.... J. Surg. 0002-9610 , 145 , pp. 54 – 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 Biliary diseases...