Kruger et al. (2013) used a boundary element method to calculate the stress distribution of an asymmetric tooth, the stress state when an adjacent tooth is loaded, and the influence of plastic deformation due to the generation of a high compressive stress in the deep section of the load point.
Apparent shear stiffness (Pa/mm) was obtained from the slope of the linear section of the load-deformation curve.
Maximum shear stiffness (MPa/mm) was obtained from the slope of the linear section of the load-displacement curve, and total energy absorption (J/m) was calculated as the area under the load-displacement curve until failure.
Shear stiffness (in MPa/mm) was obtained from the linear section of the load-displacement curve and calculated as shear stiffness = (Δload / πDL) / ΔT, where T is the displacement.
An asymptotic analysis of the stress field at the beam ends and in the neighborhood of the loaded section of the beam allows us to characterize the singular nature of the peeling and shear stresses.
Longitudinally varying the material properties may be an adequate optimization solution when there are restrictions in varying cross sections of the load carrying elements but leads to distorted and variable length buckling and post-buckling deformation waves.
The deflection of a two-way slab is related to the amount of load, the material's elastic modulus (E), and geometrical properties such as the length (L) and moment of inertia of a section in the load-carrying direction (I).
Spectra of the cross-section of the loaded PSi layers measured with one micron spatial resolution allowed detecting the penetration of the drug in the PSi pores.
The gene products associated to each gene are retrieved according to the Entrez database, the relevant GO-terms, and the relevant section of the GO-Tree are loaded.
It is apparent that the number of sections between the load drops are equal to the number of OU pipelines, 64 in this case.
The root bending stress calculated by Eq. (5) is a maximum tensile stress on the dangerous section at the load side of tooth (the root bending stress mentioned in this paper all refers to this maximum stress), as shown in Figure 2.
