.... Biomechanics Computational mechanics Statistical Mechanics Under physiological conditions, cells within blood vessels are subjected to cyclic loads, for example, due to pulsating heart beats, which play an important role in regulating cellular structures and functions. Recently, it was observed...

... bipedal walking model could well describe the human-structure dynamic interaction. Fig. 1 Schematic of the biomechanical walking model ( θ 0 is the angle of attack) Figure 6 gives the vertical acceleration at the midspan of the beam with and without interaction. The dashed line...

... strain to experimental data. biomechanics bone crystal microstructure elastic constants elasticity finite element analysis Monte Carlo methods nanoindentation porosity Young's modulus cortical bone finite element method microstructure homogenisation Monte Carlo Several...

... Fibres ,” J. Physiol. (London) JPHYA7 0022-3751 , 184 , pp. 170–192 . Zajac , F. E. , 1989 , “ Muscle and Tendon: Properties, Models, Scaling and Application to Biomechanics and Motor Control ,” Crit. Rev. Biomed. Eng. CRBEDR 0278-940X , 17 , pp. 359–411 . Huxley , A. F...

... for evaluating microscale fracture mechanisms in bone and provide additional insight into the role of bone microstructure in controlling the microcrack growth trajectory. 12 07 2010 14 02 2011 07 03 2011 14 04 2011 14 04 2011 biomechanics bone crystal microstructure elastic...

... in fiber stress upon increasing the shortening rate by ε ̇ 0 . Thus, the model treats stress fiber assembly and contractility in a coupled manner via Eqs. , respectively. 07 05 2010 07 10 2010 23 02 2011 12 04 2011 12 04 2011 adhesion biomechanics...

... to fiber direction This research was supported by U.S. Army Research Laboratory (ARL) through a collaborative research agreement with Purdue University. 28 05 2010 07 09 2010 17 09 2010 08 11 2010 08 11 2010 biomechanics muscle stress-strain relations...

... mesh densities are shown at Fig. 20 . It is evident that, once again, the solution is virtually the same as that employing a finer mesh. 30 07 2008 13 02 2009 30 09 2009 biological tissues biomechanics bone elasticity failure (mechanical) finite element analysis fracture...

... Tread Motion of Red Cell Membranes in Viscometric Flow: Behavior of Intracellular and Extracellular Markers (With Film) ,” Blood Cells , 3 , pp. 351 – 365 . 0340-4684 biomechanics biomembranes blood cellular biophysics elastic deformation lipid bilayers molecular biophysics shear flow...

... 06 2008 05 11 2008 biological tissues biomechanics biomembranes deformation fibres A detailed review of wrinkling theories up to 1996 is given in the review paper by Jenkins ( 7 ). In 1929, Wagner ( 8 ) introduced the ideas of wrinkling and the tension-field theory in connection...

.... A. , 2007 , “ Finite Deformation Mechanics in Buckled Thin Films on Compliant Supports ,” Proc. Natl. Acad. Sci. U.S.A. 0027-8424 10.1073/pnas.0702927104 , 104 , pp. 15607 – 15612 . Suresh , S. , 2007 , “ Biomechanics and Biophysics of Cancer Cells ,” Acta Mater. 1359-6454 10.1016...

... by the mechanical properties of the cortical tissue as well as the geometry of the cortex (e.g., Spadaro et al. ( 2 ), Jordan et al. ( 3 )). biomechanics bone computerised tomography finite element analysis fracture toughness testing materials testing orthopaedics tensile strength 18 12 2006...

... biophysics macromolecules biomechanics statistical mechanics Many protein molecules have multidomain structures which result in a force-extension behavior with a characteristic sawtooth pattern due to stretch-induced unfolding of domains along the molecular chain (Fig. 1 ). During a displacement...

... by existing bifurcation models. 09 11 2005 17 01 2007 stainless steel biomedical materials prosthetics biomechanics necking tensile strength plasticity bifurcation Coronary stents are tubular metal (typically, 316L stainless steel) scaffold devices used in the treatment...

... the extrusion of the edges (dog-ear formation). 29 06 2005 26 06 2006 biomechanics biomembranes surgery elasticity tensile strength physiological models skin finite element analysis wrinkling biological membranes finite strains constitutive modeling relaxed energy density...

... the line OI. 03 12 2004 19 12 2005 kinematics mechanical contact state-space methods nonlinear control systems Lyapunov methods stability force feedback biomechanics legged locomotion Part of the directly and easily measurable quantities are ground reaction forces...

... pretension is found to increase the initial modulus and decrease the limiting extensibility of the networked membrane. biomembranes lipid bilayers cellular biophysics blood proteins molecular biophysics biomechanics deformation physiological models stress-strain relations The mechanical...

... , A. A. , and Panjabi , M. M. , 1990 , Clinical Biomechanics of the Spine , Lippincott, Williams & Wilkins , New York. Kelsey , J. L. , and White , A. A. , 1980 , “ Epidemiology and Impact of Low-Back Pain ,” Spine 0362-2436 , 5 , pp. 133 – 142 . Galante , J. O. , 1967...

... 2003 24 March 2004 09 11 2004 biomedical materials prosthetics blood vessels deformation stress measurement elastic constants pressure measurement biomechanics Metallic stents and stent grafts are commonly used to treat cardiovascular diseases such as occlusions...

... stress effects bending pressure measurement blood vessels prosthetics biomedical materials biomechanics This paper is organized as follows: in Section 2 we describe the mechanical basis of the analogy between the stent deformation and a beam-on elastic foundation; then we formulate...