Furthermore, a Poiseuille-type constitutive continuum modeling of the extra fluid flow in developed cracks is suggested based on a deformation-dependent permeability, that is scaled by a characteristic length.
Among methods which use features extracted from face, we can find the Lee and Ranganath method [26] that presents a composite 3D deformable face model for pose estimation and face synthesis based on a template deformation which maintains connectedness and smoothness.
The optimal member sizes are determined based on a preselected deformation and observing induced forces.
A method based on a shear deformation (Timoshenko-Mindlin) shell theory is investigated to determine the free vibration characteristics of a moderately-thick or thick toroidal shell.
The numerical modeling of powder compaction simulation is applied based on a large deformation formulation, powder plasticity behavior, and frictional contact algorithm.
The objectives of the optimization problem are formulated based on a shear deformation theory including the von-Karman non-linear effect for various cases of boundary conditions.
A multi-layered shell formulation is developed based on a layerwise deformation theory (Reddy, 2004) within the framework of isogeometric analysis (IGA).
Our determination of those parameters is based on an interferometric deformation measurement of a loaded binocular shaped double bending beam spring element which is made of the common aluminum alloy AW 2024.
