Sentence examples for the material orientation from inspiring English sources

The combined influences of the material orientation and the diameter-to-thickness ratio on the bearing strength are examined.

It is found, for aerospace composite materials with E1E2 ratios of approximately 10, that the material orientation is the driving factor in crack propagation.

The independent variables in these experiments are the material orientation and displacement of the actuator, while the main dependent variables are positions of the marker points and the force acting on the specimens.

Furthermore, the model allows the quantification of extension-shear coupling when these orthotropic materials are loaded off-axis to the material orientations.

The main novelties of the current investigation concern: (i) an alternative definition of the plastic potential function assuming a non-associative plastic formulation, and (ii) the update of the preferential material orientation along the thermo-plastic deformation process using a geometrically nonlinear description.

The proposed approach allows to divide the solution of the optimal material orientation problem into less complicated subtasks.

As demonstrated, subtle changes in the physical microenvironment such as the surface material orientation, ECM protein composition, and shape can significantly influence the therapeutic potential of stem cell [4].

The present analysis focuses on the statistical evaluation of the uncertainty in stress evaluation due to the unknown material orientation as a function of its degree of anisotropy.

The optimal material orientation problem is formulated in terms of strains.

However, in many practical situations the underlying material orientation is unknown, and nominal isotropic continuum elastic constants are used.

It is demonstrated that the planar direction of the main orthotropic material orientation of the core has a significant influence on transverse shear stiffness, whereas that of the faces is less important.