.... The formulation of the model in this manner is intended to reduce the complexities associated with modifying detailed micromechanical (or other) models to account for a myriad of laminate geometries, damage mechanisms and loading conditions. This paper is an extension of previous works presented by the authors...

... gradual softening of tissues. micromechanics fatigue modeling FEM oligodendrocyte TBI axonal injury CNS white matter multi-scale simulation hyper-elastic materials Abaqus Proceedings of the ASME 2021 International Mechanical Engineering Congress and Exposition IMECE2021 November 1-5...

... micromechanics multi-scale modeling hyperelastic finite element Abaqus oligodendrocyte axonal injury brain CNS white matter NUMERICAL SIMULATION OF STRESS STATES IN WHITE MATTER VIA A CONTINUUM MODEL OF 3D AXONS TETHERED TO GLIA Parameshwaran Pasupathy1, Robert De Simone2, Assimina...

..., and post-processing were used. Keywords: Vibration Control, 3-D Printing, Micromechanics 1 Contact author: agb0022@auburn.edu NOMENCLATURE displacement of isolator s center velocity of isolator s center acceleration of isolator s center displacement of isolator s fixture velocity of isolator s...

.... The results are compared to the existing experimental data and show good agreement. Keywords: carbon fiber polymer matrix composite, high temperature, thermal decomposition, micromechanics, elastic properties NOMEMCLATURE Concentration of pyrolysis gases P Pressure Universal gas constant T Temperature T0...

... 1 Copyright © 2010 by ASME MICROMECHANICAL HYPERELASTIC MODELING OF BI-DIRECTIONAL ORIENTED AXONS IN BRAIN WHITE MATTER Ghodrat Karami North Dakota State University Fargo, ND 58108, USA Saurav Shankar North Dakota State University Fargo, ND 58108, USA Mariusz Ziejewski North Dakota State...

... 01 05 2012 A truly meshless method based on the integral form of equilibrium equations is formulated. A micromechanical model is developed to study micro-stresses in normal and shear loading of unidirectional fiber reinforced composites. A small repeating area of composite including...

.... granular materials micromechanics probability density function maximum entropy method two case function frictiona second c assembl For bo forces a method, constrai the syste With determin can be m with res simulati Keywor Proceedings of IMECE2002 ASME International Mechanical Engineering Congress...

... of dissipating more energy prior to penetration due to containment of local damage, which emanates from the void boundaries, within subsurface locations. Textile composites porosity micromechanics impact finite element analysis Proceedings of IMECE 02 2002 ASME International Mechanical Engineering...