or tissue stresses in the wall of a diseased vessel Image removed due to copyright considerations Stress(Pa) Computational 58500 mesh for finite 49500 element 40500. analysis mage removed due to copyright considerations 31500 22500 13500 4500 Image removed due to copyright considerations Histological section obtained from surgery
…or tissue stresses in the wall of a diseased vessel Stress (Pa) Histological section obtained from surgery Computational mesh for finite element analysis Image removed due to copyright considerations. Image removed due to copyright considerations. Image removed due to copyright considerations
MRI imag e Vessel cross-sections IGes boundary Quilting/Knitting finite element mesh 3D model 日 v我线口三口行6倍 ParaSolid model
Boundary data (x,y,z) IGES boundary : Quilting / Knitting MRI images Vessel cross-sections Finite element mesh 3D model ParaSolid Model
Modeling Complex Material Properties D Continuum Microstructural bending plate entangled polymer Constitutive relations and force balance Viscoelastic or poroelastic strut model solid elements T21()
† Modeling Complex Material Properties� Continuum Microstructural� bending plate entangled polymer force balance Constitutive relations and Viscoelastic or poroelastic strut model solid t 21(t)
ypical EuKaryotIc cel Plasma membrane 5nm Rough ER Smooth er Nucleus -3-10 um Nu cleolus Nuclear pore Golgi complex Cilia 10-30um 1 um Mitochondrian Cytoskeletal fibers nm 1A=1010ma
Typical Eukaryotic Cell� 10-30 mm 1 mm = 10-6 m� 1 nm = 10-9 m� 1 Å = 10-10m�