... process and (b) input curves to the abaqus® model Material's anisotropy was incorporated in the abaqus ® model through built-in Hill's potential function [ 36 ], in which, yield data in different directions ( σ i j y = R i j σ R y ) are introduced via stress ratios...

..., this computational tool is applicable for the analysis of any planar or spatial stretching- and bending-dominated lattices with arbitrary topology and anisotropy. Having derived the elasticity of the lattice, the homogenization is then complemented by the symmetry identification based on the monoclinic distance...

...-of-plane properties be different in these parts. E-beam fabrication is not an exception to this. It is, however, desirable to keep this degree of anisotropy to a minimum level and be able to produce parts with comparable mechanical strength in both in-plane and out-of-plane directions. In this manuscript...

... greatest in the flow direction during molding (3-axis, C 33 ), followed by the transverse (2-axis, C 22 ) and pressing (1-axis, C 11 ) directions. Moreover, experimental measurements for the elastic anisotropy and degree of preferred orientation in the same specimen plane were correlated. A micromechanical...

... theory can be extended to predict optical anisotropy evolution under large strains and that these predictions are nearly equivalent to the more complex formulation based on the eight-chain model. 16 07 2010 01 04 2011 01 07 2011 birefringence elasticity piezo-optical effects...

...A. Goel; Y. Wen; J. Hein; M. Negahban; J. A. Turner The development of anisotropy as a result of isothermal plastic deformation below the glass transition temperature is investigated for different deformation temperatures. Initially, isotropic polycarbonate was subjected to different extents...

... to put to the test the pertinency of the model as an advanced predictive tool for complex shock related problems. In the same way, the structural anisotropy induced in the RVE ( g > λ ) by the presence of the bands is linked to the orientation n α of the band, through...

...Eric Loomis; Pedro Peralta; Damian C. Swift Two methods have been used to simulate 2D elastic wave scattering in nickel aluminide ( NiAl ) bicrystals to study effects of grain boundaries and material anisotropy on elastic wave propagation. Scattering angles and amplitude ratios of the reflected...