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The Poisson's ratio of an orthotropic material is different in each direction (x, y and z).
Orthotropic materials have three orthogonal planes of symmetry.
Orthotropic materials are thus anisotropic; their properties depend on the direction in which they are measured.
An orthotropic material has three orthogonal symmetry planes.
One common example of an orthotropic material with two axis of symmetry would be a polymer reinforced by parallel glass or graphite fibers.
For orthotropic materials like wood, whose stiffness is symmetric about three orthogonal planes, nine coefficients suffice to express the stress-strain relationship.
An orthotropic material has two or three mutually orthogonal twofold axes of rotational symmetry so that its mechanical properties are, in general, different along each axis.
Orthotropic material is one that has different material properties or strengths in different orthogonal directions (e.g., glass-reinforced plastic, or wood)
The upper part of the bridge is made of orthotropic materials with 102 metal voussoirs which weigh 8,900 tons with an average weight of eight tons per meter.
Also, the application can predict the laminate moduli, which are orthotropic material equivalents for the stiffness of the laminate in both bending and membrane modes of deformation.
A familiar example of an orthotropic material with three mutually perpendicular axis is wood, in which the properties (such as strength and stiffness) along its grain and in each of the two perpendicular directions are different.
