Sentence examples for direction of applied load from inspiring English sources
Compressive strength of FGG specimens was measured in such way that the direction of functionally graded layer was parallel to the direction of applied load.
During unloading from the plastic regime the microstresses increase by approximately 35 MPa in the direction of applied load but remain constant in the other directions.
Area moment of inertia, the geometrical capability of an object to resist bending upon mechanical loading, is primarily determined by an object's cross-sectional profile and the direction of applied load (Chao et al. 2012; Wilcox 2006).
It was observed that the angle, which a shear band makes with the direction of applied load is approximately 45° but in this case initiated at a polar angle of approximately 27°.
As reported previously for WT kinesin (Milic et al., 2014), the run lengths of constructs with extended NL domains are highly asymmetric with respect to the direction of applied load.
Unlike graphene, the sparser carbon arrangement in graphyne combined with the directional dependence on the acetylenic groups results in internal stiffening dependent on the direction of applied loading, leading to a nonlinear stress strain behavior.
The long-standing law of skeletal structural optimization "Wolff's Law" arose from observations that, as a structure, bone actively adjusts both mass and architecture in relation to the magnitude and direction of applied loads [ 34].
The stress distribution varied with the different cement thicknesses and directions of applied loads.
Results showed that the time dependent response of the tissue differed with the loading direction, and also with the level of applied load or strain, in both stress-relaxation and creep phenomena.
These functionals remain virtually load-independent, allowing a Poly-SAFE model to be constructed without previous knowledge of magnitude, direction and location of applied loads, either static or dynamic.
Solutions are therefore dependent on the magnitude of applied loads and the direction of resulting internal member forces (whether they are compression or tension).
