(9) is explicit formulation of the state and orientation of the anisotropic orthotropy under off-axis uniaxial tensile loads.
Orientational evolution of plastic orthotropy in sheet metal, Int.
Thus, we propose the following technology for the identification material properties: the first stage of the proposed technology is to determine an advantageous specimen side ratio and orthotropy angle for better identification of Poisson's ratio.
This phenomenon was circumvented automatically because the optimization of the side ratio and angle of orthotropy of the specimen always yields a rectangular shape and non-zero angle of orthotropy.
It is found that bone
orthotropy plays important role in resisting compressive loads and shear stresses in bone, this has impact on design of artificial joint since assumption of isotrophy underestimates the flexural stresses in bone.
Such behaviour of frequencies is caused by simultaneous influence both of variable thickness and the
orthotropy of material.
The state equation for
orthotropy was established in a cylindrical coordinate system without any assumption about displacement models and stress distribution.
The pre-extruded bar represents an orthotropic body having rotational symmetry (cylindrical
orthotropy) of mechanical properties.
The orientation of the
orthotropy axes of the layers is 0/45/0.
In the first phase of ongoing research investigating the anatomical direction-dependent mechanical properties of Appalachian and European hardwood species, the
orthotropy of shear strength is under exploration.
Orthotropy and symmetry of piezoelectric films or layers make it possible to uncouple the bending and the membrane.
By assuming n = 2.0 and m = n/(2(1+v)), the influence of
orthotropy is illustrated in Fig.
